mhurhangee/patent-ind-claim-en huggingface dataset:
A cylinder block comprising a water jacket coolant passage division member , the water jacket coolant passage division member comprises: a partition member that divides a groove-like coolant passage into an upper part and a lower part , the groove-like coolant passage being provided to the cylinder block that is configured to be provided to an internal combustion engine; an inner-side rubber member that is provided to an inner side of the partition member - , and comes in contact with a cylinder bore-side wall surface of the groove-like coolant passage ; and an outer-side rubber member that is provided to an outer side of the partition member , and comes in contact with an outer wall surface of the groove-like coolant passage , characterized in that the water jacket coolant passage division member contacts the cylinder block exclusively via the inner-side rubber member and the outer-side rubber member , so that the partition member is secured in the upward-downward direction, wherein the partition member is a resin partition member, - - the height of the inner-side rubber member is smaller than the height of an inner side surface of the partition member and the height of the outer-side rubber member is smaller than the height of an outer side surface of the partition member , and the inner-side rubber member and the outer-side rubber member have a circular cross section. a partition member that divides a groove-like coolant passage into an upper part and a lower part , the groove-like coolant passage being provided to the cylinder block that is configured to be provided to an internal combustion engine; an inner-side rubber member that is provided to an inner side of the partition member - , and comes in contact with a cylinder bore-side wall surface of the groove-like coolant passage ; and an outer-side rubber member that is provided to an outer side of the partition member , and comes in contact with an outer wall surface of the groove-like coolant passage , characterized in that the water jacket coolant passage division member contacts the cylinder block exclusively via the inner-side rubber member and the outer-side rubber member , so that the partition member is secured in the upward-downward direction, wherein the partition member is a resin partition member, - - the height of the inner-side rubber member is smaller than the height of an inner side surface of the partition member and the height of the outer-side rubber member is smaller than the height of an outer side surface of the partition member , and the inner-side rubber member and the outer-side rubber member have a circular cross section.
Sorting machine with a control unit and an inspection zone for the detection of impurities or unwanted products in a flow of granular products , such as peas, nuts, raisins, potatoes, frozen products, moving through this inspection zone with at least one light source for generating a light beam , wherein means are provided to move this light beam substantially transversely to the direction of movement of the product flow so that substantially all products are hit by the light beam in said inspection zone in order to generate a reflected stream of light , wherein the light from this light beam is directly reflected by the products from an impact point of the light beam on the products and is reflected as scattered from a zone around this impact point, wherein at least one detector unit is provided to detect light reflected by the products in order to generate detection signals, wherein this detector unit cooperates with said control unit in order to sort the products by means of these detection signals, characterised in that said detector unit contains at least two sensors that are provided one after the other in said reflected stream of light so that a sensor is placed upstream of a downstream sensor , wherein each sensor is arranged to detect a different part of the reflected stream of light .
An installation structure for an acoustic transducer configured to vibrate a vibrated body of a musical instrument in a first direction so as to permit the vibrated body to generate sounds, comprising: the acoustic transducer having a main body and a vibrating portion configured to vibrate in the first direction with respect to the main body; a support portion to be fixed to a housing of the musical instrument so as to support the main body of the acoustic transducer; and a cover member fixed to the support portion so as to cover the acoustic transducer, wherein the support portion includes a base plate portion to be held in surface contact with the housing so as to be fixed thereto, a first fixing portion to which the main body of the acoustic transducer is fixed and which is configured to support the main body, and a second fixing portion to which the cover member is fixed, and characterized in that the cover member has a box shape and the first fixing portion and the second fixing portion are connected to the base plate portion independently of each other so as to form a space (S) therebetween. the acoustic transducer having a main body and a vibrating portion configured to vibrate in the first direction with respect to the main body; a support portion to be fixed to a housing of the musical instrument so as to support the main body of the acoustic transducer; and a cover member fixed to the support portion so as to cover the acoustic transducer, wherein the support portion includes a base plate portion to be held in surface contact with the housing so as to be fixed thereto, a first fixing portion to which the main body of the acoustic transducer is fixed and which is configured to support the main body, and a second fixing portion to which the cover member is fixed, and characterized in that the cover member has a box shape and the first fixing portion and the second fixing portion are connected to the base plate portion independently of each other so as to form a space (S) therebetween.
A hardenable two part acrylic composition comprising an acrylic polymer composition first part and an acrylic monomer composition second part, the acrylic polymer composition comprising acrylic polymer particles, wherein at least a first type of acrylic polymer particle is microporous, and wherein the first type of acrylic polymer has an average pore size of between 0.1 and 2000nm.
A method for the preparation of a molded article formed of an isotatic ethylene propylene copolymer comprising: (a) providing an isotatic ethylene propylene copolymer having an ethylene content of no more than 5 weight percent produced by the copolymerization of ethylene and propylene in the presence of a single metallocene catalyst which consists of an isospecific metallocene catalyst employing a metallocene ligand structure formed of a bridged bis(2-methyl, 4-phenyl indenyl) ligand structure; (b) heating at a temperature ranging from 180°C to 230°C said ethylene propylene copolymer to a molten state; (c) extruding said molten copolymer into a mold cavity to form a molded article conforming to the configuration of said mold cavity; (d) cooling said ethylene propylene copolymer within the confines of said mold cavity to a temperature effective to solidify said copolymer within said mold cavity to form a solidified molded article; (e) retrieving said solidified molded article from said mold cavity; and (f) prior to extruding said copolymer in paragraph (c) incorporating into said copolymer a nucleating agent in an amount within the range of 0.005-0.3 weight percent which is selected from the group consisting of an organophosphate sodium salt and a norbornane carboxylic-acid salt. (a) providing an isotatic ethylene propylene copolymer having an ethylene content of no more than 5 weight percent produced by the copolymerization of ethylene and propylene in the presence of a single metallocene catalyst which consists of an isospecific metallocene catalyst employing a metallocene ligand structure formed of a bridged bis(2-methyl, 4-phenyl indenyl) ligand structure; (b) heating at a temperature ranging from 180°C to 230°C said ethylene propylene copolymer to a molten state; (c) extruding said molten copolymer into a mold cavity to form a molded article conforming to the configuration of said mold cavity; (d) cooling said ethylene propylene copolymer within the confines of said mold cavity to a temperature effective to solidify said copolymer within said mold cavity to form a solidified molded article; (e) retrieving said solidified molded article from said mold cavity; and (f) prior to extruding said copolymer in paragraph (c) incorporating into said copolymer a nucleating agent in an amount within the range of 0.005-0.3 weight percent which is selected from the group consisting of an organophosphate sodium salt and a norbornane carboxylic-acid salt.
A gloss level adjustment method for adjusting a gloss level of an image which is formed by an electrophotographic image forming apparatus , comprising: acquiring a predefined gloss level of the image; forming an image on a recording medium by using a color toner containing a release agent; applying an adjustment toner containing the release agent less than the color toner to the surface of the image on the recording medium, wherein applying the adjustment toner includes adjusting an amount of the adjustment toner to be applied according to the predefined gloss level; and heating the image applied with the adjustment toner at a nip unit composed of a fixing rotator and a pressing rotator . acquiring a predefined gloss level of the image; forming an image on a recording medium by using a color toner containing a release agent; applying an adjustment toner containing the release agent less than the color toner to the surface of forming an image on a recording medium by using a color toner containing a release agent; applying an adjustment toner containing the release agent less than the color toner to the surface of the image on the recording medium, wherein applying the adjustment toner includes adjusting an amount of the adjustment toner to be applied according to the predefined gloss level; and heating the image applied with the adjustment toner at a nip unit composed of a fixing rotator and a pressing rotator .
Absolute fine resolving linear segment or revolution counter comprising the elements - at least one moving excitation magnet (EM1); - a Wiegand element (WE) consisting of a ferromagnetic element (Wiegand wire, FE) axially enclosed by an induction coil (SP); - at least one additional sensor element (SE) serving for determining the polarity of the excitation magnet (EM1); - a control logic and energy management (SV) for the linear segment or revolution counter; - at least one counting unit with non-volatile data memory (ZD); for determining counter values and for self-powering of the additional sensor element (SE), the control logic and energy management (SV) and the non-volatile data memory (ZD), and - an additional sensor (ZS) for fine resolution of the segments or a revolution - and a μ-controller or a logic (MC) for a multiturn application, wherein at least the elements - Wiegand element (WE), - Additional sensor element (SE), - Control logic and energy management (SV), - Counting unit with non-volatile data memory (ZD), - Additional sensor (ZS), - μ-controller (MC) are combined into a single-chip solution over several successive integration steps at IC level, whereby the target ICs resulting from the successive integration steps represent technological and economically independent solutions and whereby during the successive integration of the individual elements the elements are already available partly in the form of an IC and partly directly. - at least one moving excitation magnet (EM1); - a Wiegand element (WE) consisting of a ferromagnetic element (Wiegand wire, FE) axially enclosed by an induction coil (SP); - at least one additional sensor element (SE) serving for determining the polarity of the excitation magnet (EM1); - a control logic and energy management (SV) for the linear segment or revolution counter; - at least one counting unit with non-volatile data memory (ZD); for determining counter values and for self-powering of the additional sensor element (SE), the control logic and energy management (SV) and the non-volatile data memory (ZD), and - an additional sensor (ZS) for fine resolution of the segments or a revolution - and a μ-controller or a logic (MC) for a multiturn application, wherein at least the elements - Wiegand element (WE), - Additional sensor element (SE), - Control logic and energy management (SV), - Counting unit with non-volatile data memory (ZD), - Additional sensor (ZS), - μ-controller (MC)
A polymer comprising a) at least two polymer backbone chains and b) at least one polymeric connecting chain comprising at least two polyether segments and one polysiloxane segment, said polysiloxane segment having a number average molecular weight in the range of 400 to 6000 g/mol, and at least one of the at least two polyether segments being positioned between the polymer backbone chains and the polysiloxane segment, wherein the at least two polymer backbone chains are linked by the at least one polymeric connection chain, and wherein the polymer has a weight average molecular weight in the range of 2000 to 200000 g/mol, determined via GPC using polystyrene standards and tetrahydrofuran as eluent. a) at least two polymer backbone chains and b) at least one polymeric connecting chain comprising at least two polyether segments and one polysiloxane segment, said polysiloxane segment having a number average molecular weight in the range of 400 to 6000 g/mol, and at least one of the at least two polyether segments being positioned between the polymer backbone chains and the polysiloxane segment,
A four-legged animal wheelchair used for a four-legged animal, characterised by : a ring frame attachable to a body of the four-legged animal near impaired limbs; a plurality of wheel support members that are slidably provided along an outer circumference of the ring frame and rotatably support wheels; and wheel displacement mechanisms for displacing, when the four-legged animal changes from an upright state to a side-lying state, a plurality of the wheels to positions in the upright state. a ring frame attachable to a body of the four-legged animal near impaired limbs; a plurality of wheel support members that are slidably provided along an outer circumference of the ring frame and rotatably support wheels; and wheel displacement mechanisms for displacing, when the four-legged animal changes from an upright state to a side-lying state, a plurality of the wheels to positions in the upright state.
A device for granulating powders (P), in particular actinide powders, by cryogenic atomisation, characterised in that it includes: - a device for mixing powders (P) with cryogenic fluid (FC), including at least one chamber (E1-En) for mixing the powders (P), including a cryogenic fluid (FC), - a device for atomising a suspension of powders (P) mixed by the device for mixing powders (P) to allow granulation of the powders (P), including: - means for fractionating the suspension of powders (P) allowing the adjustment of the size of the droplets (Go) of powders (P) to be atomised, - means for adjusting the humidity of the mixed powders (P) and/or the humidity of the atomisation atmosphere. - a device for mixing powders (P) with cryogenic fluid (FC), including at least one chamber (E1-En) for mixing the powders (P), including a cryogenic fluid (FC), - a device for atomising a suspension of powders (P) mixed by the device for mixing powders (P) to allow granulation of the powders (P), including: - means for fractionating the suspension of powders (P) allowing the adjustment of the size of the droplets (Go) of powders (P) to be atomised, - means for adjusting the humidity of the mixed powders (P) and/or the humidity of the atomisation atmosphere. - means for fractionating the suspension of powders (P) allowing the adjustment of the size of the droplets (Go) of powders (P) to be atomised, - means for adjusting the humidity of the mixed powders (P) and/or the humidity of the atomisation atmosphere.
Method for manufacturing a mould element for a tyre mould using a manufacturing device of the type comprising a die and a counter-mould defining a moulding cavity in the closed position, characterized in that it comprises the following steps: - opening the manufacturing device; - placing at least one insert , produced by laser sintering, against a moulding surface of the die; - mounting at least one wedge on the die so as to bear against said insert in order to immobilise it relative to the moulding surface of the die; - closing the manufacturing device, the counter-mould pressing onto said wedge in the closed position in order to keep said insert pressed against the moulding surface of the die; - injecting aluminium into the moulding cavity of the manufacturing device; - opening the manufacturing device; - extracting from the manufacturing device the mould element provided with a moulding face formed by at least part of said insert and by the aluminium. - opening the manufacturing device; - placing at least one insert , produced by laser sintering, against a moulding surface of the die; - mounting at least one wedge on the die so as to bear against said insert in order to immobilise it relative to the moulding surface of the die; - closing the manufacturing device, the counter-mould pressing onto said wedge in the closed position in order to keep said insert pressed against the moulding surface of the die; - injecting aluminium into the moulding cavity of the manufacturing device; - opening the manufacturing device; - extracting from the manufacturing device the mould element provided with a moulding face formed by at least part of said insert and by the aluminium.
A skin treatment device , in particular a temporal hair removal device, comprising: a light emission unit comprising a substrate , a plurality of first LED dies mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1.0 cm 2 , where the first LED dies are each arranged for emitting light at a first peak emission wavelength in the far red or infrared wavelength range of between 700 nm and 980 nm, and at least one second LED die arranged for emitting light at a second peak emission wavelength in the visible wavelength range of between 400 nm and below 700 nm; wherein the skin treatment device is arranged to activate the first LED dies to emit a treatment light pulse, the treatment light pulse having a pulse length of between 60 ms and 300 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user of at least 4 J/cm 2 is achieved by application of the treatment light pulse; the skin treatment device is arranged to activate the at least one second LED die to emit a visible light pulse simultaneously with the emission of the treatment light pulse; and wherein the skin treatment device is arranged to control at least one of the intensity or color of the visible light pulse, in particular in dependence on at least one of a user's input, a chosen skin treatment function, a radiant fluence of the treatment light pulse, a battery charge status, or a device temperature value. a light emission unit comprising a substrate , a plurality of first LED dies mounted on the substrate on an area of at least 0.2 cm 2 , in particular of at least 1.0 cm 2 , where the first LED dies are each arranged for emitting light at a first peak emission wavelength in the far red or infrared wavelength range of between 700 nm and 980 nm, and at least one second LED die arranged for emitting light at a second peak emission wavelength in the visible wavelength range of between 400 nm and below 700 nm; wherein the skin treatment device is arranged to activate the first LED dies to emit a treatment light pulse, the treatment light pulse having a pulse length of between 60 ms and 300 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user of at least 4 J/cm 2 is achieved by application of the treatment light pulse; the skin treatment device is arranged to activate the at least one second LED die to emit a visible light pulse simultaneously with the emission of the treatment light pulse; and wherein the skin treatment device is arranged to control at least one of the intensity or color of the visible light pulse, in particular in dependence on at least one of a user's input, a chosen skin treatment function, a radiant fluence of the treatment light pulse, a battery charge status, or a device temperature value.
A method of configuring monitoring occasions for use in a network node of a wireless communication network, the method comprising: determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device, the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: the total number of blind decodes to be performed in a slot of the plurality of slots exceeds a total number of blind decodes that the wireless device is capable of performing in the slot; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in one or more search spaces so that the total number of blind decodes in each slot is less than or equal to the total number of blind decodes that the wireless device is capable of performing in the slot, wherein the number of blind decodes are limited based on preconfigured rules for prioritizing a first search space over a second search space. determining a physical downlink control channel, PDCCH, search space monitoring configuration for a wireless device, the PDCCH search space monitoring configuration comprising a monitoring periodicity and a number of blind decodes for each search space of a plurality of search spaces over a plurality of slots, wherein: the total number of blind decodes to be performed in a slot of the plurality of slots exceeds a total number of blind decodes that the wireless device is capable of performing in the slot; and sending the monitoring configuration to the wireless device, wherein the monitoring configuration is used by the wireless device to limit a number of blind decodes to be performed in one or more search spaces so that the total number of blind decodes in each slot is less than or equal to the total number of blind decodes that the wireless device is capable of performing in the slot, wherein the number of blind decodes are limited based on preconfigured rules for prioritizing a first search space over a second search space.
System comprising a transducer , a hydrogen-containing fluid medium and a first space ; which transducer determines the pressure of the hydrogen-containing fluid medium ; wherein the hydrogen-containing fluid medium is arranged in the first space ; wherein the transducer comprises a pressure side end facing the fluid medium ; wherein the transducer comprises a housing which comprises a second space ; wherein the transducer comprises a measuring arrangement ; wherein the measuring arrangement is arranged in the second space ; wherein at the pressure side end the transducer comprises a diaphragm for hermetically separating the first space containing the hydrogen-containing fluid medium from the second space ; wherein the diaphragm comprises a metallic material ; characterized in that the metallic material is made of a high-alloy martensite; wherein a high-alloy martensite is a martensite with an alloy content > 5 wt.%; wherein the alloy content is the content by mass of an alloying element; wherein alloying elements are understood to mean exclusively chromium, molybdenum or nickel.