mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthetic valve for implantation within a heart, comprising: a main body comprising a frame and a one-way valve positioned within the frame ; and a first ventricular anchor coupled to the frame of the main body , the first ventricular anchor comprising a wire spiral paddle , characterized in that the wire spiral paddle is configured to apply a relatively uniform distribution of force onto a leaflet of a native valve of the heart such that the leaflet of the native valve of the heart may be held securely between the wire spiral paddle and the frame of the main body . a main body comprising a frame and a one-way valve positioned within the frame ; and a first ventricular anchor coupled to the frame of the main body , the first ventricular anchor comprising a wire spiral paddle , characterized in that the wire spiral paddle is configured to apply a relatively uniform distribution of force onto a leaflet of a native valve of the heart such that the leaflet of the native valve of the heart may be held securely between the wire spiral paddle and the frame of the main body .
Packaging unit for products like eggs, comprising: - a bottom part made of moulded pulp provided with compartments for individual products and comprising a first locking element ; - a cover part made of moulded pulp comprising top , front , side and rear surfaces with the front surface comprising an opening as a second locking element configured for defining a lock with the first locking element in a closed state of the packaging unit; and - a label provided on the packaging unit with the label comprising an embossing , wherein the embossing further comprising a counter-embossing in the area of the embossing, wherein the label is a multiple sided label , wherein the label is a 4-sided label or a 5-sided label, and wherein the label is provided with a curved cut that is configured to enable the first locking element to partly extend through the opening in the cover part and remain substantially behind the label. - a bottom part made of moulded pulp provided with compartments for individual products and comprising a first locking element ; - a cover part made of moulded pulp comprising top , front , side and rear surfaces with the front surface comprising an opening as a second locking element configured for defining a lock with the first locking element in a closed state of the packaging unit; and - a label provided on the packaging unit with the label comprising an embossing , wherein the embossing further comprising a counter-embossing in the area of the embossing, wherein the label is a multiple sided label , wherein the label is a 4-sided label or a 5-sided label, and
A locator comprising: - a wellbore coupler including an engagement member that is biased towards a locating position for disposition within a locate profile , and configured for displacement between the locating position and a retracted position; and - a displacement hindering member for opposing displacement of the engagement member to the retracted position, characterized in that the engagement member and the displacement hindering member are co-operatively configured such that the engagement member and the displacement hindering member are displaceable relative to one another, while the displacement of the engagement member to the retracted position is being opposed, for effecting a change in condition of the engagement member such that the engagement member becomes displaceable to the retracted position. - a wellbore coupler including an engagement member that is biased towards a locating position for disposition within a locate profile , and configured for displacement between the locating position and a retracted position; and - a displacement hindering member for opposing displacement of the engagement member to the retracted position,
A radiation detection device for detecting radiation which is irradiated to a test subject (S) from a radiation source and is transmitted through the test subject (S), the radiation detection device comprising: a filter that attenuates a part of the incident radiation; a detector that detects the radiation with a part thereof having been attenuated by the filter ; wherein the detector comprises a first line sensor including pixels having a first pixel width, the pixels being one-dimensionally arranged; and a second line sensor including pixels having a second pixel width, the pixels being one-dimensionally arranged, the second line sensor being disposed in parallel to the first line sensor with an interval narrower than the first and second pixel widths, wherein the second line sensor detects the radiation attenuated by the filter , characterized by the radiation detection device further comprising a housing that places the detector therein; and a holder disposed on a principal surface of the housing to hold the filter , the holder including a first slit allowing the incident radiation to pass, wherein the holder holds the filter at a predetermined position so that the filter can cover at least a part of the first slit . a filter that attenuates a part of the incident radiation; a detector that detects the radiation with a part thereof having been attenuated by the filter ; wherein the detector comprises a first line sensor including pixels having a first pixel width, the pixels being one-dimensionally arranged; and a second line sensor including pixels having a second pixel width, the pixels being one-dimensionally arranged, the second line sensor being disposed in parallel to the first line sensor with an interval narrower than the first and second pixel widths, wherein the second line sensor detects the radiation attenuated by the filter , characterized by the radiation detection device further comprising a housing that places the detector therein; and a holder disposed on a principal surface of the housing to hold the filter , the holder including a first slit allowing the incident radiation to pass, wherein the holder holds the filter at a predetermined position so that the filter can cover at least a part of the first slit .
A mobile merchant communication device for processing an electronic payment transaction with a customer payment device , wherein the mobile merchant communication device comprises: a communication interface configured to transmit a first integrity status data set to a monitoring server , wherein the first integrity status data set is indicative of an integrity status of the mobile merchant communication device , and, in response to a determination of the integrity status of the mobile merchant communication device by the monitoring server , receive an integrity status message from the monitoring server , wherein the integrity status message comprises information about the integrity status of the mobile merchant communication device determined by the monitoring server and a first time stamp; and a processing circuitry configured to generate a second time stamp and to add the second time stamp to the integrity status message; wherein the communication interface is further configured to forward the integrity status message, including the information about the integrity status of the mobile merchant communication device determined by the monitoring server , the first time stamp and the second time stamp, to a mobile customer communication device . a communication interface configured to transmit a first integrity status data set to a monitoring server , wherein the first integrity status data set is indicative of an integrity status of the mobile merchant communication device , and, in response to a determination of the integrity status of the mobile merchant communication device by the monitoring server , receive an integrity status message from the monitoring server , wherein the integrity status message comprises information about the integrity status of the mobile merchant communication device determined by the monitoring server and a first time stamp; and a processing circuitry configured to generate a second time stamp and to add the second time stamp to the integrity status message; wherein the communication interface is further configured to forward the integrity status message, including the information about the integrity status of the mobile merchant communication device determined by the monitoring server , the first time stamp and the second time stamp, to a mobile customer communication device .
Flame retardant composition comprising graphene nanoplatelets and a condensation product of a sulfonated aromatic compound with formaldehyde and urea, wherein: a) the weight ratio between the graphene nanoplatelets and the condensation product is from 1:15 to 4:1; b) the C/O ratio in said graphene nanoplatelets is ≥ 100:1; and c) the starting mixture of the three components before the condensation reaction is represented by the following formula: wherein Ar is a sulfonated aromatic compound selected from the group consisting of: and X is the cation of a metal that forms a salt with the sulfonated group, preferably X is the cation of an alkali metal, more preferably X is sodium; R is an alkyl group with from 1 to 12 carbon atoms, linear or branched; p, q and r are the moles of formaldehyde, urea and sulfonated aromatic compound, respectively, with a ratio p/r from 0.2 to 4, preferably from 0.5 to 2; and a ratio q/r from 0.5 to 5, preferably from 1 to 3, in which q can be equal to 0; when q=0 the product is obtained by condensation of a sulfonated aromatic compound and formaldehyde only. a) the weight ratio between the graphene nanoplatelets and the condensation product is from 1:15 to 4:1; b) the C/O ratio in said graphene nanoplatelets is ≥ 100:1; and c) the starting mixture of the three components before the condensation reaction is represented by the following formula: and X is the cation of a metal that forms a salt with the sulfonated group, preferably X is the cation of an alkali metal, more preferably X is sodium; R is an alkyl group with from 1 to 12 carbon atoms, linear or branched; p, q and r are the moles of formaldehyde, urea and sulfonated aromatic compound, respectively, with a ratio p/r from 0.2 to 4, preferably from 0.5 to 2; and a ratio q/r from 0.5 to 5, preferably from 1 to 3, in which q can be equal to 0; when q=0 the product is obtained by condensation of a sulfonated aromatic compound and formaldehyde only.
A method of controlling radio transmissions in a wireless communication network, the method comprising: a node (100; 500; 800) of the wireless communication network receiving a synchronization signal from a radio device (10; 700; 900), the synchronization signal indicating Hybrid Automatic Repeat Request feedback information for at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); based on the received synchronization signal, the node (100; 500; 800) determining a time alignment configuration for uplink radio transmissions from the radio device (10; 700; 900) to the wireless communication network; in response to determining that the time alignment configuration of the radio device (10; 700; 900) is invalid, the node (100; 500; 800) determining based on the received synchronization signal the Hybrid Automatic Repeat Request feedback information for the at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); and based on the determined Hybrid Automatic Repeat Request feedback information, the node (100; 500; 800) controlling retransmission of the at least one downlink radio transmission. a node (100; 500; 800) of the wireless communication network receiving a synchronization signal from a radio device (10; 700; 900), the synchronization signal indicating Hybrid Automatic Repeat Request feedback information for at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); based on the received synchronization signal, the node (100; 500; 800) determining a time alignment configuration for uplink radio transmissions from the radio device (10; 700; 900) to the wireless communication network; in response to determining that the time alignment configuration of the radio device (10; 700; 900) is invalid, the node (100; 500; 800) determining based on the received synchronization signal the Hybrid Automatic Repeat Request feedback information for the at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); and based on the determined Hybrid Automatic Repeat Request feedback information, the node (100; 500; 800) controlling retransmission of the at least one downlink radio transmission.
An optical fiber comprising: a glass fiber comprising a core and a cladding; and a coating resin layer, wherein: the coating resin layer has a primary resin layer being in contact with the glass fiber and coating the glass fiber and a secondary resin layer coating the primary resin layer; the primary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, a photopolymerization initiator, and a silane coupling agent, and inorganic oxide particles; the secondary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, and a photopolymerization initiator, and hydrophobic inorganic oxide particles; the average primary particle size of the inorganic oxide particles contained in the primary resin layer is 20 nm or more and 70 nm or less; and the average particle size of the inorganic oxide particles contained in the secondary resin layer is 10 nm or more and 30 nm or less. a glass fiber comprising a core and a cladding; and a coating resin layer, wherein: the coating resin layer has a primary resin layer being in contact with the glass fiber and coating the glass fiber and a secondary resin layer coating the primary resin layer; the primary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, a photopolymerization initiator, and a silane coupling agent, and inorganic oxide particles; the secondary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, and a photopolymerization initiator, and hydrophobic inorganic oxide particles; the average primary particle size of the inorganic oxide particles contained in the primary resin layer is 20 nm or more and 70 nm or less; and the average particle size of the inorganic oxide particles contained in the secondary resin layer is 10 nm or more and 30 nm or less. the coating resin layer has a primary resin layer being in contact with the glass fiber and coating the glass fiber and a secondary resin layer coating the primary resin layer; the primary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, a photopolymerization initiator, and a silane coupling agent, and inorganic oxide particles; the secondary resin layer is formed by curing a resin composition comprising a base resin containing an oligomer comprising urethane (meth)acrylate, a monomer, and a photopolymerization initiator, and hydrophobic inorganic oxide particles; the average primary particle size of the inorganic oxide particles contained in the primary resin layer is 20 nm or more and 70 nm or less; and the average particle size of the inorganic oxide particles contained in the secondary resin layer is 10 nm or more and 30 nm or less.
A surgical stapling apparatus , comprising: a first jaw member having a plurality of staple retention slots ; a plurality of staples , each staple of the plurality of staples received in a respective one of the plurality of staple retention slots; a second jaw member having a plurality of staple pockets , each staple pocket of the plurality of staple pockets configured to form a respective one of the staples of the plurality of staples as the surgical stapling apparatus is fired; and a staple sheath secured to the first jaw member and covering the plurality of staple retention slots, characterized in that the staple sheath is movable relative to the first jaw member to uncover the plurality of staple retention slots in response to relative approximation of the first jaw member and the second jaw member. a first jaw member having a plurality of staple retention slots ; a plurality of staples , each staple of the plurality of staples received in a respective one of the plurality of staple retention slots; a second jaw member having a plurality of staple pockets , each staple pocket of the plurality of staple pockets configured to form a respective one of the staples of the plurality of staples as the surgical stapling apparatus is fired; and a staple sheath secured to the first jaw member and covering the plurality of staple retention slots, characterized in that the staple sheath is movable relative to the first jaw member to uncover the plurality of staple retention slots in response to relative approximation of the first jaw member and the second jaw member.
Material comprising a matrix and at least one reinforcing element inserted therein, the matrix comprising silicon carbide, characterised in that the reinforcing element is of a spherical to ellipsoidal shape and has an onion skin-like structure, i.e. having at least 3 layers, the reinforcing element being coke.
A dewar assembly comprising: a cold shield ; a sensor chip assembly configured to capture an infrared image, the sensor chip assembly disposed on a leadless chip carrier "LCC" ; a cold finger configured to cool the dewar assembly ; and a thermal adapter according to claim 6, configured to draw heat from the cold shield and sensor chip assembly through a plurality of parallel paths towards the cold finger , wherein respective ones of the plurality of contact points of the thermal adapter are bonded to respective points of the cold shield and the LCC . a cold shield ; a sensor chip assembly configured to capture an infrared image, the sensor chip assembly disposed on a leadless chip carrier "LCC" ; a cold finger configured to cool the dewar assembly ; and a thermal adapter according to claim 6, configured to draw heat from the cold shield and sensor chip assembly through a plurality of parallel paths towards the cold finger , wherein respective ones of the plurality of contact points of the thermal adapter are bonded to respective points of the cold shield and the LCC .
A crane for lifting and transporting loads comprising: a base frame , for transferring the loads of the crane onto a support surface by means of a plurality of wheels comprising two steering wheels ; and a steering system; wherein the steering system comprises a linear steering actuator , which is hinged, on one side, to the base frame and a bar having two ends, wherein each end of the bar is hinged to a respective rotary element around a respective hinging axis (P1, P2), wherein each rotary element rotates around a respective rotation axis (R1, R2) and is constrained in rotation to the respective steering wheel so as to steer it; characterized in that the linear steering actuator is hinged on the other side to the bar , wherein the distance between the two hinging axes (P1, P2) of the bar is smaller than the distance between the rotation axes (R1, R2) of the rotary elements ; wherein the distance between the rotation axes (R1, R2) of the rotary elements is smaller than the distance between steering axes (S1, S2) of the steering wheels . wherein the steering system comprises a linear steering actuator , which is hinged, on one side, to the base frame and a bar having two ends, wherein each end of the bar is hinged to a respective rotary element around a respective hinging axis (P1, P2), wherein each rotary element rotates around a respective rotation axis (R1, R2) and is constrained in rotation to the respective steering wheel so as to steer it; characterized in that the linear steering actuator is hinged on the other side to the bar , wherein the distance between the two hinging axes (P1, P2) of the bar is smaller than the distance between the rotation axes (R1, R2) of the rotary elements ; wherein the distance between the rotation axes (R1, R2) of the rotary elements is smaller than the distance between steering axes (S1, S2) of the steering wheels .
Control valve device for a parking brake device for motor vehicles, having a housing , having a cylinder space and having a housing chamber , having a switching piston guided in the cylinder space of the housing , having a spring by means of which the switching piston is spring-loaded, having a first port and having a second port which are connected to the housing chamber , and having a third port which is connected to the cylinder space , wherein the switching piston has a first piston ring and a second piston ring , wherein the first piston ring is guided in the cylinder space , and wherein the second piston ring is situated outside the cylinder space in the housing chamber , wherein, in a first switching position, the second piston ring seals off the cylinder space with respect to the housing chamber , and in at least one second switching position, the cylinder space and the housing chamber are connected to one another, characterized in that , in the first switching position, the pneumatically active surfaces of the first piston ring and of the second piston ring , which face towards one another, are substantially identical.
Pneumatic vehicle tyre having a tread comprising at least one wear indicator , - wherein the wear indicator is arranged in a sipe or groove extending into the tread and having an extent of depth , wherein an increasing amount of tread wear influences a dimension of the extent of the wear indicator , and - wherein, by means of the dimension of the extent of the wear indicator or by means of a dimension of the extent of the wear indicator influenced by the increasing tread wear, it is possible to determine whether the absolute value of the present extent of depth of the sipe or groove is above a predefined limit value, wherein the wear indicator is at least partially arranged on a side wall of the sipe or groove extending into the tread , wherein the wear indicator is an elevation on the side wall of the sipe or groove extending into the tread , wherein the elevation is - a triangular area raised up from the side wall of the sipe or groove , or - a line raised up from the side wall of the sipe or groove , wherein the line fully circumferentially delimits a triangular area, characterized in that the triangular area comprises a right-angled triangle with two legs of different lengths, the longer or the shorter leg running parallel to the surface of the tread. - wherein the wear indicator is arranged in a sipe or groove extending into the tread and having an extent of depth , wherein an increasing amount of tread wear influences a dimension of the extent of the wear indicator , and - wherein, by means of the dimension of the extent of the wear indicator or by means of a dimension of the extent of the wear indicator influenced by the increasing tread wear, it is possible to determine whether the absolute value of the present extent of depth of the sipe or groove is above a predefined limit value, - a triangular area raised up from the side wall of the sipe or groove , or - a line raised up from the side wall of the sipe or groove , wherein the line fully circumferentially delimits a triangular area, characterized in that the triangular area comprises a right-angled triangle with two legs of different lengths, the longer or the shorter leg running parallel to the surface of the tread.