mhurhangee/ep-ind-claims huggingface dataset:
An oral hygiene implement comprising a handle, a head, and a neck disposed between the handle and the head, the head comprising a plurality of contact elements, the oral hygiene implement further comprising: an indication element adapted for providing a visible signal to the user, said indication element being preferably positioned adjacent or within the neck of the oral hygiene implement, the indication element having an outer periphery; an output source (245, 2450, 450) in optical signal communication with the indication element; and a reflective core disposed within the indication element, wherein the reflective core redirects light from the output source (245, 2450, 450) to the outer periphery of the indication element, the indication element at least partially surrounding the neck or the handle, wherein the reflective core comprises a polished area having an outer surface, wherein the outer periphery of the indication element comprises a first plurality of sides (730A, 730B, 730C, 730D), and wherein the outer surface of the polished area has a second plurality of sides (767A, 767B, 767C, 767D), the oral hygiene implement being characterised in that the first plurality of sides is substantially parallel to the second plurality of sides. an indication element adapted for providing a visible signal to the user, said indication element being preferably positioned adjacent or within the neck of the oral hygiene implement, the indication element having an outer periphery; an output source (245, 2450, 450) in optical signal communication with the indication element; and a reflective core disposed within the indication element, wherein the reflective core redirects light from the output source (245, 2450, 450) to the outer periphery of the indication element, the indication element at least partially surrounding the neck or the handle, wherein the reflective core comprises a polished area having an outer surface, wherein the outer periphery of the indication element comprises a first plurality of sides (730A, 730B, 730C, 730D), and wherein the outer surface of the polished area has a second plurality of sides (767A, 767B, 767C, 767D), the oral hygiene implement being characterised in that the first plurality of sides is substantially parallel to the second plurality of sides.
A method of increasing protein yield of a mammalian cell, wherein the method comprises growing and/or culturing the mammalian cell in a serum-free mammalian cell culture medium comprising maltose and glucose as carbohydrate sources, wherein maltose is present at a concentration of between 3 g/litre to 40 g/litre.
A water-saving toilet made of novel thermoplastic resin compound material, wherein the toilet is made of novel thermoplastic resin compound material containing inorganic stuffing by injection technique and comprises: a main body, a water outlet of the main body set in the lower part of the main body, and a flushing water pipe outlet set on the side wall of the main body's water outlet; a water tank, a cavity at the bottom of the water tank, the cavity being integrated and in communication with the water tank, a main pipe opening and a flushing pipe inlet are set on the cavity in the far end away from the water tank, the cavity being in communication with the main body through the main pipe opening; a flushing pipe, the ends of which being connected with the flushing pipe inlet and the flushing water pipe outlet respectively; and a siphon pipe, top of the siphon pipe being higher than the main body's water outlet, a water inlet being set in an upper end of the siphon pipe, and is in communication with the main body's water outlet, a low end of the siphon pipe being connected with a downcomer; characterized in that the thermoplastic resin compound material comprises the following materials by weight percentage: Inorganic stuffing 50%- 70%, Polypropylene 25%- 40%, Maleic anhydride modified polypropylene 3%- 6%, Titanium dioxide powder 1%- 3%, and antioxidant 1%- 2%, wherein said inorganic stuffing is modified with stearic acid. Inorganic stuffing 50%- 70%, Polypropylene 25%- 40%, Maleic anhydride modified polypropylene 3%- 6%, Titanium dioxide powder 1%- 3%, and antioxidant 1%- 2%, wherein said inorganic stuffing is modified with stearic acid.
Kit for covering a breast prosthesis, said prosthesis having a front surface and a rear surface, which, when applied, is faced towards the person on whom the prosthesis is applied, said kit comprising a mesh or membrane covering for said prosthesis, said covering being based on biological material, for example collagen, or biosynthetic material, the outer perimeter of said covering having a circular or elliptic shape; said covering providing a fixing system (4; 3) to said prosthesis, said fixing system providing a plurality of teeth or petals, realized on the outer perimeter of said covering, said teeth or petals being so configured as to be foldable, so that when the covering is arranged on the front surface of said prosthesis said teeth or petals are folded over and coupled with said rear surface of the prosthesis, by fixing means, wherein each tooth or petal comprises a through hole or at least one slot-shaped incision, adapted to the passage of at least one thread; wherein said kit further comprises said fixing means, wherein said fixing means are one or more threads, in particular suture threads, adapted to pass through said holes or incisions of said teeth or petals, so that, during use, when the covering is arranged at the front surface of said prosthesis, by inserting said one or more threads through said holes or incisions, and by pulling at least one portion of said one or more threads, said teeth or petals are adapted to be folded over and tightened on the rear surface of said prosthesis. the outer perimeter of said covering having a circular or elliptic shape; said covering providing a fixing system (4; 3) to said prosthesis, said fixing system providing a plurality of teeth or petals, realized on the outer perimeter of said covering, said teeth or petals being so configured as to be foldable, so that when the covering is arranged on the front surface of said prosthesis said teeth or petals are folded over and coupled with said rear surface of the prosthesis, by fixing means, wherein each tooth or petal comprises a through hole or at least one slot-shaped incision, adapted to the passage of at least one thread; wherein said kit further comprises said fixing means, wherein said fixing means are one or more threads, in particular suture threads, adapted to pass through said holes or incisions of said teeth or petals, so that, during use, when the covering is arranged at the front surface of said prosthesis, by inserting said one or more threads through said holes or incisions, and by pulling at least one portion of said one or more threads, said teeth or petals are adapted to be folded over and tightened on the rear surface of said prosthesis.
A method for asymmetric bandwidth allocation, comprising the following steps determining, by an evolved Node B, eNB, a virtual UpLink, UL, bandwidth range; and configuring uplink physical resources according to a difference between an actual UL bandwidth range and the virtual UL bandwidth range (102, 503), wherein the determining, by an evolved Node B, eNB, a virtual UpLink, UL, bandwidth range comprises: acquiring a directly specified virtual UL bandwidth range, or determining, by the eNB, the virtual UL bandwidth range according to a specified actual UL bandwidth as well as a starting point and an ending point of an actual UL frequency band, by: determining a UL bandwidth center carrier frequency according to the starting point and the ending point of the actual UL frequency band as well as the specified actual UL bandwidth; and then determining the virtual UL bandwidth range according to a specified DownLink, DL, bandwidth and the UL bandwidth center carrier frequency, wherein the virtual UL bandwidth range is bounded by an upper limit of the UL bandwidth center carrier frequency plus half of the DL bandwidth, and by a lower limit of the UL bandwidth center carrier frequency minus half of the DL bandwidth, wherein the configuring uplink physical resources comprises: configuring, by the eNB, a Physical Uplink Control Channel, PUCCH, a Physical Random Access Channel, PRACH, and a Sound Reference Signal, SRS, characterized in that the configuring the PUCCH comprises: including in system PUCCH resources, a spectrum resource falling within the virtual UL bandwidth range but beyond the actual UL bandwidth range; and allocating each resource block, RB, index corresponding to the spectrum resource to virtual User Equipment, UE.
A method for performing laser marking, comprising: capturing, by a laser marking system, a first image of a region to be laser marked; comparing, by the laser marking system, the first image with a predefined image of a predefined pattern to be laser marked on the region, to compute a first score, wherein the first score indicates amount of marking already present in the region to be laser marked, in relation to the predefined image; characterized by further comprising: determining, by the laser marking system, a portion that has been missed out of the region to be laser marked based on the first score and co-ordinate data of the predefined pattern, wherein the co-ordinate data of the predefined pattern is stored in a configuration file and used as reference for performing the laser marking; and wherein the portion that has been missed out indicates a part of the predefined pattern that is missed out on the region 102; and modifying, by the laser marking system, the co-ordinate data of the configuration file, relating to the predefined pattern, in the laser marking system based on the portion that has been missed out that is missed out on the region, for performing the laser marking on the region. capturing, by a laser marking system, a first image of a region to be laser marked; comparing, by the laser marking system, the first image with a predefined image of a predefined pattern to be laser marked on the region, to compute a first score, wherein the first score indicates amount of marking already present in the region to be laser marked, in relation to the predefined image; characterized by further comprising: determining, by the laser marking system, a portion that has been missed out of the region to be laser marked based on the first score and co-ordinate data of the predefined pattern, wherein the co-ordinate data of the predefined pattern is stored in a configuration file and used as reference for performing the laser marking; and wherein the portion that has been missed out indicates a part of the predefined pattern that is missed out on the region 102; and modifying, by the laser marking system, the co-ordinate data of the configuration file, relating to the predefined pattern, in the laser marking system based on the portion that has been missed out that is missed out on the region, for performing the laser marking on the region. determining, by the laser marking system, a portion that has been missed out of the region to be laser marked based on the first score and co-ordinate data of the predefined pattern, wherein the co-ordinate data of the predefined pattern is stored in a configuration file and used as reference for performing the laser marking; and wherein the portion that has been missed out indicates a part of the predefined pattern that is missed out on the region 102; and modifying, by the laser marking system, the co-ordinate data of the configuration file, relating to the predefined pattern, in the laser marking system based on the portion that has been missed out that is missed out on the region, for performing the laser marking on the region.
A blade assembly of a waste catchment system for a roller, the blade assembly comprising a support plate for attachment to a tray of the waste catchment system and a blade holder, the blade holder configured to receive a blade having a longitudinal axis and a free edge extending in the direction of the longitudinal axis and adapted to engage with the roller to be cleaned, wherein the blade holder is configured to receive and retain the blade, the blade being removably attachable to the blade holder, and wherein one of the blade holder and blade includes a channel and the other of the blade holder and blade includes a protrusion configured to be seated in and retained within the channel, characterised in that, in use, material from which the blade is formed swells when exposed to printing ink solvents, and that the channel has a diameter, and the protrusion has a diameter, and the diameter of the channel is larger than the diameter of the protrusion.
A method for protecting a computer network comprising: receiving from a sender a request to communicate; selecting a random number N1; calculating a hash value for the number N1 using a predetermined cryptographic hash function; sending the hash value to the sender; receiving from the sender a second number N2; calculating a hash value for the number N2 using the predetermined cryptographic hash function; comparing the hash value for the number N1 with the hash value for the number N2; and processing a message received from the sender if at least a prescribed nonzero number of bits of the hash value for the number N1 match the corresponding bits of the hash value for the number N2; wherein the number N2 is determined by an authorized sender by using the predetermined cryptographic hash function to search for a number such that at least the prescribed number of bits of the hash value for the number N2 match the corresponding bits of the hash value for the number N1. receiving from a sender a request to communicate; selecting a random number N1; calculating a hash value for the number N1 using a predetermined cryptographic hash function; sending the hash value to the sender; receiving from the sender a second number N2; calculating a hash value for the number N2 using the predetermined cryptographic hash function; comparing the hash value for the number N1 with the hash value for the number N2; and processing a message received from the sender if at least a prescribed nonzero number of bits of the hash value for the number N1 match the corresponding bits of the hash value for the number N2; wherein the number N2 is determined by an authorized sender by using the predetermined cryptographic hash function to search for a number such that at least the prescribed number of bits of the hash value for the number N2 match the corresponding bits of the hash value for the number N1.
Machine (10, 50) for working a fabric equipped with at least one braking assembly of a fabric being supplied to at least one fabric working machine, comprising at least one system of rollers through which the fabric passes by sliding along a sliding direction, the system of rollers comprising at least one rotary roller with braked rotation, at least one first idle transmission roller of the fabric placed upstream of the rotary roller with braked rotation and at least one second idle transmission roller of the fabric placed downstream of the rotary roller with braked rotation, characterized in that the braking assembly is connected to the machine (10, 50) by interposing handling means adapted to take the braking assembly from a first operating supply position of the fabric to the working means to a second operating rest position, and vice versa.
A system for decoding an encoded audio bitstream comprising an audio signal; wherein the system comprises a transposition unit for transposing an input audio signal by a transposition factor T, wherein the input audio signal is a decoded low frequency component of the audio signal; the transposition unit comprising: - means (601, 602) for extracting a frame of L time-domain samples of the input audio signal using an analysis window of length L, - means for transforming the L time-domain samples into M complex frequency-domain coefficients; - a nonlinear processing unit for altering a phase of the complex frequency-domain coefficients using the transposition factor T; - means for transforming the M altered complex frequency-domain coefficients into M altered time-domain samples; and - a means for generating a frame of L time-domain output samples from the M altered time-domain samples using a synthesis window; wherein the L time-domain output samples form a frame of an output signal; wherein the output signal is a high frequency component of the audio signal; wherein M=F ∗ L, with F being a frequency domain oversampling factor determined in response to frequency domain oversampling information received in the encoded audio bitstream; wherein F is based on or is a function of the transposition factor T; and wherein the system is configured to merge the high frequency component with the decoded low frequency component. - means (601, 602) for extracting a frame of L time-domain samples of the input audio signal using an analysis window of length L, - means for transforming the L time-domain samples into M complex frequency-domain coefficients; - a nonlinear processing unit for altering a phase of the complex frequency-domain coefficients using the transposition factor T; - means for transforming the M altered complex frequency-domain coefficients into M altered time-domain samples; and - a means for generating a frame of L time-domain output samples from the M altered time-domain samples using a synthesis window; wherein the L time-domain output samples form a frame of an output signal; wherein the output signal is a high frequency component of the audio signal;
Decorative element for memorial stones, in particular for tomb stones or columbarium walls, comprising a base part (14, 34, 54) fixedly connectable to a memorial stone, including at least one hinged part (12, 36, 52) pivotingly connected to the base part and displaceable from a first position to a second, folded-out position, wherein the hinged part is annular in shape and characterized in that the hinged part in its first position laterally encloses the base part.
A human monoclonal IgG antibody that binds specifically to human tissue factor pathway inhibitor, wherein a) the human heavy chain comprises SEQ ID NO: 10 and b) the human light chain comprises SEQ ID NO: 17. a) the human heavy chain comprises SEQ ID NO: 10 and b) the human light chain comprises SEQ ID NO: 17.
A dry powder inhaler comprising: a housing, and a body comprising a mouthpiece integrally configured with the body, wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid. a housing, and a body comprising a mouthpiece integrally configured with the body, wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid. wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid.
A projectile having a projectile tip at the front, viewed in the firing direction, that changes, by way of an ogive, into a rear cylindrical region, wherein the surface of the ogive is structured and has recesses, and the recesses are arranged on circles (4a, 4b, 4c, 4d) that encompass the ogive and are arranged perpendicularly to the longitudinal axis of the projectile, characterised in that the recesses have the shape of a drop, and the recesses are arranged on the circles (4a, 4b, 4c, 4d) so that they butt against each other.
Rail vehicle having at least one component which, for cooling purposes, is impinged on by a cooling air mass flow conveyed with the aid of at least one conveying device such as a fan or spoiler, for which cooling air mass flow there is predetermined a nominal value which, for an assumed maximum thermal loading of the at least one component, provides a cooling action adequate for the operation thereof, wherein the component is formed by a converter or transformer, which is to be cooled, of the rail vehicle, characterized in that a control device for controlling an intensity of the cooling air mass flow is provided and designed such that the cooling air mass flow assumes its predetermined nominal value below a predetermined traveling speed and is dimensioned, taking into consideration thermal demands of the component at least in an upper traveling speed range, such that a sum total of a power consumption of the at least one component, of the at least one conveying device and of a fraction of a traction power of the rail vehicle allotted to the conveying of the cooling air mass flow is lower than a sum total of the power consumption of the at least one component, of the at least one conveying device and of a fraction of a traction power of the rail vehicle allotted to the conveying of the cooling air mass flow with its predetermined nominal value.
An attachment for a forestry vehicle for felling and/or bucking and/or manipulating tree trunks, wherein the said attachment comprises at least two nozzles and a head attachable to a movable arm of a forestry vehicle, wherein each nozzle is provided with means fixing the nozzle to the head, and each nozzle is provided with a protective housing, wherein the attachment further comprises at least one main tank for holding a liquid, a tubing connecting the main tank with the said nozzles, and a means for propelling the liquid from the tank to the nozzles and out of the nozzles, wherein the head has means for gripping a tree trunk and moving the tree trunk along its longitudinal axis, wherein the nozzles are configured to cover the whole surface of the tree trunk by a liquid sprayed through the nozzles, characterized in that the head contains diameter sensors to measure the diameter of the tree trunk and the attachment is configured to adapt the number of active nozzles in response to the signal from the diameter sensors. wherein each nozzle is provided with means fixing the nozzle to the head, and each nozzle is provided with a protective housing, wherein the attachment further comprises at least one main tank for holding a liquid, a tubing connecting the main tank with the said nozzles, and a means for propelling the liquid from the tank to the nozzles and out of the nozzles, wherein the head has means for gripping a tree trunk and moving the tree trunk along its longitudinal axis, wherein the nozzles are configured to cover the whole surface of the tree trunk by a liquid sprayed through the nozzles, characterized in that the head contains diameter sensors to measure the diameter of the tree trunk and the attachment is configured to adapt the number of active nozzles in response to the signal from the diameter sensors.