mhurhangee/patent-ind-claim-en huggingface dataset:
A polyamide composition consisting essentially of a polyamide having groups derived from: a diamine selected from the group consisting of ethylene diamine and hexamethylene diamine; a straight chain monocarboxylic acid independently selected from the group consisting of: acetic acid, propionic acid, and combinations thereof; a fatty acid independently selected from the group consisting of: 12-hydroxystearic acid, lesquerolic acid and combinations thereof; wherein the diamine, the straight chain monocarboxylic acid and fatty acid have a molar equivalent ratio ranging from 1:1.75: 0.25 to 1:0.75:1.25; or 1:1.5:0.5 to 1:1:1; and a median particle size ranging from 1 μm to 10 μm. a diamine selected from the group consisting of ethylene diamine and hexamethylene diamine; a straight chain monocarboxylic acid independently selected from the group consisting of: acetic acid, propionic acid, and combinations thereof; a fatty acid independently selected from the group consisting of: 12-hydroxystearic acid, lesquerolic acid and combinations thereof; wherein the diamine, the straight chain monocarboxylic acid and fatty acid have a molar equivalent ratio ranging from 1:1.75: 0.25 to 1:0.75:1.25; or 1:1.5:0.5 to 1:1:1; and a median particle size ranging from 1 μm to 10 μm.
A battery electrode composition comprising core-coating composites , each of the composites comprising: an active material capable of storing and releasing metal ions during battery operation, whereby the storing and releasing of the metal ions causes a change in volume of the active material that is greater than 7%; a core disposed in combination with the active material; wherein said core is formed from a porous material comprising a porous and electrically-conducting carbon material; said porous material having a porosity of 50% to 95% void space by volume; said porous material deforming in response to the storing and releasing of the metal ions to accommodate the changes in volume; said porous material absorbing said changes in volume via a plurality of open or closed pores; and characterized in that said composites each comprise a carbon conformal partially crystalline protective coating with a thickness of at least 1 nm and configured as a barrier that blocks contact between the active material and external oxidizing media so as to prevent the oxidation of said active material ; the carbon conformal partially crystalline protective coating being formed from a material that is permeable to the metal ions stored and released by the active material; the carbon of the carbon conformal partially crystalline protective coating comprises chemical vapor deposition (CVD) carbon. an active material capable of storing and releasing metal ions during battery operation, whereby the storing and releasing of the metal ions causes a change in volume of the active material that is greater than 7%; a core disposed in combination with the active material; wherein said core is formed from a porous material comprising a porous and electrically-conducting carbon material; said porous material having a porosity of 50% to 95% void space by volume; said porous material deforming in response to the storing and releasing of the metal ions to accommodate the changes in volume; said porous material absorbing said changes in volume via a plurality of open or closed pores; and characterized in that said composites each comprise a carbon conformal partially crystalline protective coating with a thickness of at least 1 nm and configured as a barrier that blocks contact between the active material and external oxidizing media so as to prevent the oxidation of said active material ; the carbon conformal partially crystalline protective coating being formed from a material that is permeable to the metal ions stored and released by the active material; the carbon of the carbon conformal partially crystalline protective coating comprises chemical vapor deposition (CVD) carbon.
A headering arrangement for a heat exchanger comprising a heat exchanger body for use in automotive applications, such headering arrangement comprising: a heat exchanger tank ; a header with a gasket lower flange wherein a tank to header sealing gasket sits, wherein the header has slots to let at least a tube extending from the heat exchanger body and passing through the header by the slots; a tank foot at the end of the heat exchanger tank ; and a collar situated at the area of passage of the tube through the header , wherein the gasket lower flange and the gasket are made essentially coplanar with the header surface between the tube slots, and wherein the gasket is essentially flat and can be cured in place and is intervening in the space between the tank foot and the header , characterized in that the tank to header sealing gasket and the tank foot are retained by the collar . a heat exchanger tank ; a header with a gasket lower flange wherein a tank to header sealing gasket sits, wherein the header has slots to let at least a tube extending from the heat exchanger body and passing through the header by the slots; a tank foot at the end of the heat exchanger tank ; and a collar situated at the area of passage of the tube through the header , wherein the gasket lower flange and the gasket are made essentially coplanar with the header surface between the tube slots, and wherein the gasket is essentially flat and can be cured in place and is intervening in the space between the tank foot and the header , characterized in that the tank to header sealing gasket and the tank foot are retained by the collar .
A device for guiding a printer , the device comprising: a base having at least one guide , wherein the at least one guide comprises at least two linear sections being spaced apart and parallel, wherein the at least one guide comprises at least two changeover sections , each connecting two linear sections , wherein the changeover sections are arranged at different positions of the linear sections they respectively connect, wherein the base has at least two guides , each comprising at least two linear sections and at least two changeover sections connecting the respective linear sections , wherein the changeover sections belonging to the same guide are arranged at different positions of the linear sections they respectively connect, characterized in that the device comprises a carriage having at least three separate links of which at least one link is engaged with each of the at least two guides . a base having at least one guide , wherein the at least one guide comprises at least two linear sections being spaced apart and parallel, wherein the at least one guide comprises at least two changeover sections , each connecting two linear sections , wherein the changeover sections are arranged at different positions of the linear sections they respectively connect, wherein the base has at least two guides , each comprising at least two linear sections and at least two changeover sections connecting the respective linear sections , wherein the changeover sections belonging to the same guide are arranged at different positions of the linear sections they respectively connect, characterized in that the device comprises a carriage having at least three separate links of which at least one link is engaged with each of the at least two guides .
A production method of an electrode for a dye-sensitized solar cell , comprising: a first step of providing current collector wiring on an electrically conductive substrate ; and a second step of producing an electrode for a dye-sensitized solar cell by sequentially forming a plurality of thermoplastic wiring protective layers on the current collector wiring so that softening points of the thermoplastic wiring protective layers become lower as the thermoplastic wiring protective layers move away from the current collector wiring , and by heat-treating the second and subsequent thermoplastic wiring protective layers from the current collector wiring at a heat treatment temperature lower than a softening point of the thermoplastic wiring protective layer formed immediately prior thereto; wherein the plurality of thermoplastic wiring protective layers have at least two thermoplastic wiring protective layers of which main components are formed of the same material, and these thermoplastic wiring protective layers are adjacent to each other. a first step of providing current collector wiring on an electrically conductive substrate ; and a second step of producing an electrode for a dye-sensitized solar cell by sequentially forming a plurality of thermoplastic wiring protective layers on the current collector wiring so that softening points of the thermoplastic wiring protective layers become lower as the thermoplastic wiring protective layers move away from the current collector wiring , and by heat-treating the second and subsequent thermoplastic wiring protective layers from the current collector wiring at a heat treatment temperature lower than a softening point of the thermoplastic wiring protective layer formed immediately prior thereto; wherein the plurality of thermoplastic wiring protective layers have at least two thermoplastic wiring protective layers of which main components are formed of the same material, and these thermoplastic wiring protective layers are adjacent to each other.
An apparatus for dehydrating organic material , comprising: a vacuum chamber ; a vacuum chamber access door on the vacuum chamber; the access door having a plurality of magnetrons , each magnetron having a respective waveguide ; a microwave-transparent window arranged between the waveguides and vacuum chamber ; the plurality of magnetrons and waveguides on the access door being arranged to radiate microwaves through the microwave-transparent window into the vacuum chamber ; each waveguide having an opening in a face of the access door , each opening being oriented at an angle different from the openings of the other waveguides on the access door to minimize microwave interference between the magnetrons on the access door; means for reducing pressure inside the vacuum chamber; and means for rotating a container for the organic material inside the vacuum chamber. a vacuum chamber ; a vacuum chamber access door on the vacuum chamber; the access door having a plurality of magnetrons , each magnetron having a respective waveguide ; a microwave-transparent window arranged between the waveguides and vacuum chamber ; the plurality of magnetrons and waveguides on the access door being arranged to radiate microwaves through the microwave-transparent window into the vacuum chamber ; each waveguide having an opening in a face of the access door , each opening being oriented at an angle different from the openings of the other waveguides on the access door to minimize microwave interference between the magnetrons on the access door; means for reducing pressure inside the vacuum chamber; and means for rotating a container for the organic material inside the vacuum chamber.
An aerosol generating system comprising a battery module and an aerosolization module removably connected to the battery module , wherein the battery module comprises: - a battery extending substantially in a longitudinal direction (Z), the battery having a length (L) measured in the longitudinal direction (Z), and a width (W) and a thickness (T) measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery ; wherein, the battery comprises along the longitudinal direction (Z) a first portion (P1) of a first thickness (T1), and a second portion (P2) comprising opposite faces which define a second thickness (T2) of said second portion, the second thickness (T2) being less than the first thickness (T1), the first portion (P1) and the second portion (P2) both comprising an electrolytic mixture, and wherein the printed circuit board assembly is at least in part situated against one of the opposite faces of the second portion (P2) of the battery and the printed circuit board assembly is electrically connected to the second portion (P2) of the battery on the other one of said opposite faces , wherein the face of the second portion (P2) to which the printed circuit board assembly is electrically connected is provided with electric poles configured for connection to a board-to-board connector . wherein the battery module comprises: - a battery extending substantially in a longitudinal direction (Z), the battery having a length (L) measured in the longitudinal direction (Z), and a width (W) and a thickness (T) measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery ; - a battery extending substantially in a longitudinal direction (Z), the battery having a length (L) measured in the longitudinal direction (Z), and a width (W) and a thickness (T) measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery ; wherein, the battery comprises along the longitudinal direction (Z) a first portion (P1) of a first thickness (T1), and a second portion (P2) comprising opposite faces which define a second thickness (T2) of said second portion, the second thickness (T2) being less than the first thickness (T1), the first portion (P1) and the second portion (P2) both comprising an electrolytic mixture, and wherein the printed circuit board assembly is at least in part situated against one of the opposite faces of the second portion (P2) of the battery and the printed circuit board assembly is electrically connected to the second portion (P2) of the battery on the other one of said opposite faces , wherein the face of the second portion (P2) to which the printed circuit board assembly is electrically connected is provided with electric poles configured for connection to a board-to-board connector .
A button structure (M) applied to an electronic device including a housing (H), an antenna element (T), and a switching element (S), the housing (H) including a supporting wall (W), the supporting wall (W) having a position limiting hole (W0), the switching element (S) being arranged away from the antenna element (T), comprising: a button body including a keycap and a pillar portion , wherein the keycap is connected to one end of the pillar portion , and a length of the pillar portion is greater than a length of the antenna element (T); and an elastic body sleeved on the pillar portion , wherein one end of the elastic body includes a first engaging portion , the first engaging portion is capable of being engaged with a part of the housing (H), the elastic body further includes a first through hole and a second through hole , and the pillar portion passes through the first through hole , the second through hole , and the position limiting hole (W0), and abuts against the switching element (S). a button body including a keycap and a pillar portion , wherein the keycap is connected to one end of the pillar portion , and a length of the pillar portion is greater than a length of the antenna element (T); and an elastic body sleeved on the pillar portion , wherein one end of the elastic body includes a first engaging portion , the first engaging portion is capable of being engaged with a part of the housing (H), the elastic body further includes a first through hole and a second through hole , and the pillar portion passes through the first through hole , the second through hole , and the position limiting hole (W0), and abuts against the switching element (S).
A device for suctioning off waste products from a production machine , which are designed as continuous strips, having a suction chamber on which at least one suction element is arranged, which extends into a suction space located outside the suction chamber , in order to convey waste products into the suction chamber , wherein the suction element has an inlet zone that faces the suction chamber , and an outlet zone that opens into the suction chamber , wherein the suction element has a circumferential wall that is designed with a curved course in such a manner that a central negative-pressure region arises in the outlet zone , spaced apart from the wall , during the suctioning process, which has a lower negative pressure than the negative pressure, which is produced in an outer negative-pressure region between the central negative-pressure region and the wall , whereby the waste products flow within the suction element substantially through the middle and a contact of the waste products with the wall can be minimized, characterized in that the wall of the suction element has an inner wall and an outer wall , wherein the inner wall ends tangentially on the outlet zone of the suction chamber , and the outer wall has a means , which increases a flow resistance within the suction element , whereby at the outlet zone the negative pressure of the outer negative-pressure region can be reduced in the area of the inner wall , wherein the means protrudes into the interior of the suction element in such a manner that the cross section of the suction element tapers between the inlet zone and the outlet zone , wherein the means is designed as wall , which is inclined obliquely to the inlet zone .
A gas flow passage-forming member for being disposed between a membrane electrode and gas diffusion layer assembly and a separator that constitute a cell for a fuel cell, the gas flow passage-forming member being configured to form a gas flow passage, wherein the gas flow passage-forming member has a corrugated shape such that recessed portions and protruding portions are provided on each of a front side and a back side of the gas flow passage-forming member , wherein the recessed portions on the front side each serve as the gas flow passage, wherein the gas flow passage-forming member has a plurality of communication holes providing communication between the front side of the gas flow passage-forming member and the back side of the gas flow passage-forming member , and the communication holes are provided in a region downstream of an upstream region in a gas flow direction, the region including a midstream region and a downstream region , and wherein the upstream region is a non-communication region with no communication holes , characterized in that a plurality of the communication holes is provided in each of the midstream region and the downstream region , and a distance (Gc) between the communication holes adjacent to each other in the downstream region is shorter than a distance (Gb) between the communication holes adjacent to each other in the midstream region . wherein the gas flow passage-forming member has a corrugated shape such that recessed portions and protruding portions are provided on each of a front side and a back side of the gas flow passage-forming member , wherein the recessed portions on the front side each serve as the gas flow passage, wherein the gas flow passage-forming member has a plurality of communication holes providing communication between the front side of the gas flow passage-forming member and the back side of the gas flow passage-forming member , and the communication holes are provided in a region downstream of an upstream region in a gas flow direction, the region including a midstream region and a downstream region , and wherein the upstream region is a non-communication region with no communication holes , characterized in that a plurality of the communication holes is provided in each of the midstream region and the downstream region , and a distance (Gc) between the communication holes adjacent to each other in the downstream region is shorter than a distance (Gb) between the communication holes adjacent to each other in the midstream region .
A method for channel estimation in a wireless device, the method comprising: determining a set of antenna ports, or antenna port types, which share at least one channel property; estimating one or more of the shared channel property or properties based at least on a first reference signal received from a first antenna port included in the set, or having a type corresponding to one of the types in the set; and performing channel estimation based on a second reference signal received from a second antenna port included in the set, or having a type corresponding to one of the types in the set, wherein the channel estimation based on the second reference signal is performed using at least the estimated one or more of the shared channel property or properties. determining a set of antenna ports, or antenna port types, which share at least one channel property; estimating one or more of the shared channel property or properties based at least on a first reference signal received from a first antenna port included in the set, or having a type corresponding to one of the types in the set; and performing channel estimation based on a second reference signal received from a second antenna port included in the set, or having a type corresponding to one of the types in the set, wherein the channel estimation based on the second reference signal is performed using at least the estimated one or more of the shared channel property or properties.
Control switch for operating in single-hand operation a hoist or crane , comprising a device for single-finger actuation with a base element, preferably designed as a housing , and a control lever which can be pivoted relative to the base element and which can be pivoted by means of a pivot movement triggered by means of single-finger actuation from an unpivoted base position into an actuation position pivoted in relation to the base position, in order thereby to bring about a predefined movement of the hoist or crane , wherein the control switch is designed as a wired pendant control switch or as a hand-held wireless transmitter, comprising a manually actuable control element in the form of a pushbutton or another non-pivotable control element for actuating further functions of the hoist or crane , characterized in that due to its shape, a shifting gate influences the pivot movement of the control lever and that the shifting gate is detachably connected to the base element via a positive-locking connection having at least one detent lug , the device having a sensor system for detecting the pivot movement, preferably a pivot direction and/or a pivot angle of the control lever , wherein the sensor system is designed to detect the pivot movement contactlessly.