mhurhangee/ep-ind-claims huggingface dataset:
A box (28, 40) that is configured to be used in a chemical heat storage reactor, the box (28, 40) comprising: a first wall portion disposed between a water vapor flow path (27A, 27B) and an aggregate body of a powder; a plurality of filtration holes formed in the first wall portion that allow passage of water vapor from the flow path (27A, 27B) to the aggregate body while restricting the powder from penetrating into the flow path (27A, 27B); and a plurality of second wall portions (41, 42, 43, 44) disposed along a peripheral edge of the first wall portion and surrounding the aggregate body, characterized in that the first wall portion and the second wall portions (41, 42, 43, 44) are configured by folding a sheet material (60, 160), such that at least one of either a corner portion between two of the second wall portions (41, 42, 43, 44) or a corner portion between the first wall portion and one of the second wall portions (41, 42, 43, 44) is formed, wherein a mating portion is provided by overlapping the sheet material (60, 160), and wherein the box (28, 40) further comprises a retaining portion (66A, 66B) that is formed integrally with the second wall portions so as to project out from the second wall portions (41, 42, 43, 44), and that is folded and retains the mating portion. a first wall portion disposed between a water vapor flow path (27A, 27B) and an aggregate body of a powder; a plurality of filtration holes formed in the first wall portion that allow passage of water vapor from the flow path (27A, 27B) to the aggregate body while restricting the powder from penetrating into the flow path (27A, 27B); and a plurality of second wall portions (41, 42, 43, 44) disposed along a peripheral edge of the first wall portion and surrounding the aggregate body, characterized in that the first wall portion and the second wall portions (41, 42, 43, 44) are configured by folding a sheet material (60, 160), such that at least one of either a corner portion between two of the second wall portions (41, 42, 43, 44) or a corner portion between the first wall portion and one of the second wall portions (41, 42, 43, 44) is formed, wherein a mating portion is provided by overlapping the sheet material (60, 160), and wherein the box (28, 40) further comprises a retaining portion (66A, 66B) that is formed integrally with the second wall portions so as to project out from the second wall portions (41, 42, 43, 44), and that is folded and retains the mating portion.
Arrangement (10, 100) which has a wiper arm (12, 102) provided with a wiper blade (14, 104) for securing to an output shaft (20, 110) of a wiper system (22, 112), said output shaft being mounted on an associated vehicle body (16, 106) in a rotatably movable manner about a central longitudinal axis (26, 116) via at least one bearing element (24, 114), characterized in that a connection portion (30, 120) of the wiper arm (12, 102) can be secured to the output shaft (20, 110) so as to be secured against rotation and in an axially movable manner in the direction of the central longitudinal axis (26, 116) and can be spring-loaded in the direction of the vehicle body (16, 106) by means of at least one spring element (48, 142) which can be arranged in the region of the output shaft (20, 110) in order to allow at least one height tolerance compensation of the wiper blade (14, 104) of the wiper arm (12, 102) secured to the output shaft (20, 110) during operation.
An apparatus, comprising: a printed circuit board, which includes a wireless transmitter having an embedded computing device, a capacitance to digital converter, a resistance to voltage converter, and a battery; first, second, third, and fourth side panels connected to each other to form an enclosure, wherein the printed circuit board is attached to the first, second, third, and fourth side panels; a fully inkjet-printed temperature sensor printed on an exterior of the first side panel; a fully inkjet-printed gas sensor printed on an exterior of the second side panel; an inkjet-printed humidity sensor printed on the printed circuit board, wherein the fully inkjet-printed temperature sensor, the fully inkjet-printed gas sensor, and the inkjet-printed humidity sensor are in data communication with the computing device; and an antenna printed on an exterior of the first, second, third, and fourth side panels, the antenna being coupled to the wireless transmitter, the wireless transmitter via the antenna being configured to provide wireless communication of environmental conditions monitored by the temperature, gas, and humidity sensors to a remote computing device. a printed circuit board, which includes a wireless transmitter having an embedded computing device, a capacitance to digital converter, a resistance to voltage converter, and a battery; first, second, third, and fourth side panels connected to each other to form an enclosure, wherein the printed circuit board is attached to the first, second, third, and fourth side panels; a fully inkjet-printed temperature sensor printed on an exterior of the first side panel; a fully inkjet-printed gas sensor printed on an exterior of the second side panel; an inkjet-printed humidity sensor printed on the printed circuit board, wherein the fully inkjet-printed temperature sensor, the fully inkjet-printed gas sensor, and the inkjet-printed humidity sensor are in data communication with the computing device; and an antenna printed on an exterior of the first, second, third, and fourth side panels, the antenna being coupled to the wireless transmitter, the wireless transmitter via the antenna being configured to provide wireless communication of environmental conditions monitored by the temperature, gas, and humidity sensors to a remote computing device.
Oral accessibility device for separating the dental arches and holding the latter in separated position consisting of a spatula comprising: - a portion forming a planar and elongated rigid blade, having one end suitable for facilitating insertion between the dental arches of a human patient, and a width corresponding to a desired separation between the dental arches of the patient, the blade having a length diminishing from the handle towards the end and comprising notches on its edges distributed over its length, and - a handle rigidly connected to one end of the blade and formed to allow the spatula to be pivoted along a longitudinal axis by a manual pivoting of the handle, the handle extending substantially parallel to the longitudinal direction of the blade and being offset in relation to the mean plane of said blade. - a portion forming a planar and elongated rigid blade, having one end suitable for facilitating insertion between the dental arches of a human patient, and a width corresponding to a desired separation between the dental arches of the patient, the blade having a length diminishing from the handle towards the end and comprising notches on its edges distributed over its length, and - a handle rigidly connected to one end of the blade and formed to allow the spatula to be pivoted along a longitudinal axis by a manual pivoting of the handle, the handle extending substantially parallel to the longitudinal direction of the blade and being offset in relation to the mean plane of said blade.
A method for controlling transmission power by a user equipment, UE, in a carrier aggregation based wireless communication system, the method comprising: transmitting a first physical uplink control channel, PUCCH, including first uplink control information, UCI, via a first cell, the first UCI being a first type UCI having a first priority; and transmitting a second PUCCH, including a second UCI, via a second cell, the second UCI being a second type UCI having a second priority, wherein a transmission power of the first PUCCH and a transmission power of the second PUCCH are controlled according to a power allocation rule, so that a total transmit power limit of the UE is not exceeded, and wherein the power allocation rule includes: reducing the transmission power of the second PUCCH when said first priority is higher than said second priority, and reducing the transmission power of the first PUCCH when said second priority is higher than said first priority, and reducing one of the transmission power of the first PUCCH and the transmission power of the second PUCCH based on a priority between the first and second cells when said first priority is equal to said second priority. transmitting a first physical uplink control channel, PUCCH, including first uplink control information, UCI, via a first cell, the first UCI being a first type UCI having a first priority; and transmitting a second PUCCH, including a second UCI, via a second cell, the second UCI being a second type UCI having a second priority, wherein a transmission power of the first PUCCH and a transmission power of the second PUCCH are controlled according to a power allocation rule, so that a total transmit power limit of the UE is not exceeded, and wherein the power allocation rule includes: reducing the transmission power of the second PUCCH when said first priority is higher than said second priority, and reducing the transmission power of the first PUCCH when said second priority is higher than said first priority, and reducing one of the transmission power of the first PUCCH and the transmission power of the second PUCCH based on a priority between the first and second cells when said first priority is equal to said second priority. reducing the transmission power of the second PUCCH when said first priority is higher than said second priority, and reducing the transmission power of the first PUCCH when said second priority is higher than said first priority, and reducing one of the transmission power of the first PUCCH and the transmission power of the second PUCCH based on a priority between the first and second cells when said first priority is equal to said second priority.
A base station device for connection to a base station management device, the base station device comprising: a wireless receiving unit arranged for receiving transmission data and a control message used for exchanging operation mode information from a wireless terminal; and characterised by a mode retaining unit capable to set either a centralized mode for setting a transmission destination of the transmission data in said base station management device, or a distributed mode for setting the transmission destination of the transmission data elsewhere than said base station management device; and a wired transmitting unit for transmitting the transmission data and the control message, wherein the wired transmitting unit transmits the control message to the base station management device, and said wired transmitting unit, when the mode set in said mode retaining unit is the centralized mode, transmits the transmission data received from said wireless terminal to said base station management device, and, when the mode set in said mode retaining unit is the distributed mode, transmits the transmission data received from said wireless terminal toward a destination device of the transmission data. a wireless receiving unit arranged for receiving transmission data and a control message used for exchanging operation mode information from a wireless terminal; and characterised by a mode retaining unit capable to set either a centralized mode for setting a transmission destination of the transmission data in said base station management device, or a distributed mode for setting the transmission destination of the transmission data elsewhere than said base station management device; and a wired transmitting unit for transmitting the transmission data and the control message, wherein the wired transmitting unit transmits the control message to the base station management device, and said wired transmitting unit, when the mode set in said mode retaining unit is the centralized mode, transmits the transmission data received from said wireless terminal to said base station management device, and, when the mode set in said mode retaining unit is the distributed mode, transmits the transmission data received from said wireless terminal toward a destination device of the transmission data.
A detergent composition comprising: • from 20 to 80 wt. % of alkali carbonate; and • from 1.0 to 10 wt. % of nonionic surfactant; and • from 1.0 to 10 wt. % of copolymer comprising: i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and • from 0.1 to 9.0 wt. % of a mixture of: a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof; wherein the phosphonates, phosphonic acids or a combination thereof comprises HEDP, DTPMP, EDTMP or mixtures thereof; and wherein the phosphates, phosphoric acids or a combination thereof comprise alkali salts of tripolyphosphate, pyrophosphate or a mixture thereof. • from 20 to 80 wt. % of alkali carbonate; and • from 1.0 to 10 wt. % of nonionic surfactant; and • from 1.0 to 10 wt. % of copolymer comprising: i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and • from 0.1 to 9.0 wt. % of a mixture of: a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof; a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof;
A method of handling mangoes, comprising: exposing the mangoes to an atmosphere that contains one or more cyclopropene compounds; and containing the mangoes in a modified-atmosphere package, wherein the modified atmosphere package comprises a polymeric film that is perforated. exposing the mangoes to an atmosphere that contains one or more cyclopropene compounds; and containing the mangoes in a modified-atmosphere package, wherein the modified atmosphere package comprises a polymeric film that is perforated.
An induction heating cooker comprising: a body casing; a translucent top plate mounted on an upper surface of the body casing; an induction heating coil operable to heat a cooking container placed on the top plate by induction heating; a linear luminous body provided at an outer periphery of the induction heating coil as viewed from above the top plate to emit light along a portion or an entire periphery of the induction heating coil; the linear luminous body comprising a light source and an annular or circular arc light guide body; and the light guide body having an insertion portion through which the light source is disposed within the light guide body, wherein light from the light source disposed inside the insertion portion enters the light guide body through a side surface of the insertion portion, and an upper surface of the light guide body is a light emitting surface, characterized in that the linear luminous body comprises a chip LED as the light source and the insertion portion of the light guide body is a groove formed in a bottom surface of the light guide body or a through-hole extending through an inner peripheral surface and an outer peripheral surface of the light guide body, and in that, in the light guide body, a portion of the upper surface of the light guide body opposed to the insertion portion is also a portion of the light emitting surface. a body casing; a translucent top plate mounted on an upper surface of the body casing; an induction heating coil operable to heat a cooking container placed on the top plate by induction heating; a linear luminous body provided at an outer periphery of the induction heating coil as viewed from above the top plate to emit light along a portion or an entire periphery of the induction heating coil; the linear luminous body comprising a light source and an annular or circular arc light guide body; and the light guide body having an insertion portion through which the light source is disposed within the light guide body, wherein light from the light source disposed inside the insertion portion enters the light guide body through a side surface of the insertion portion, and an upper surface of the light guide body is a light emitting surface, characterized in that the linear luminous body comprises a chip LED as the light source and the insertion portion of the light guide body is a groove formed in a bottom surface of the light guide body or a through-hole extending through an inner peripheral surface and an outer peripheral surface of the light guide body, and in that, in the light guide body, a portion of the upper surface of the light guide body opposed to the insertion portion is also a portion of the light emitting surface.
A filter element, comprising: a cover having a rim region and a hub region, the hub region having an inlet port and an outlet port; filter media for filtering fluid flow from the inlet port to the outlet port; a plurality of keys provided along the rim region; and characterized by at least one torsion lock detent provided between the rim and the hub region, said at least one torsion lock detent being a tab that extends axially outward from an outer face of the cover, the tab being elongated in a direction extending generally radially between the rim and the hub. a cover having a rim region and a hub region, the hub region having an inlet port and an outlet port; filter media for filtering fluid flow from the inlet port to the outlet port; a plurality of keys provided along the rim region; and characterized by at least one torsion lock detent provided between the rim and the hub region, said at least one torsion lock detent being a tab that extends axially outward from an outer face of the cover, the tab being elongated in a direction extending generally radially between the rim and the hub.
A nanogel composition comprising: a) 0.1 to 5 weight-% based on the dry weight of the composition of at least one water-soluble active ingredient selected from ascorbic acid, biotin, folic acid, nicotinic acid, thiamine, and vitamin B6; b) 9 to 40 weight % based on the dry weight of the composition of one or more plant protein(s) chosen from the group of proteins suitable for food application; and c) 50 to 90 weight-% based on the dry weight of the composition of one or more soy soluble polysaccharide(s); wherein the weight ratio of protein(s) to polysaccharide(s) based on the composition in dry matter is chosen as 1: b with the proviso that b is comprised between 1 and 6. a) 0.1 to 5 weight-% based on the dry weight of the composition of at least one water-soluble active ingredient selected from ascorbic acid, biotin, folic acid, nicotinic acid, thiamine, and vitamin B6; b) 9 to 40 weight % based on the dry weight of the composition of one or more plant protein(s) chosen from the group of proteins suitable for food application; and c) 50 to 90 weight-% based on the dry weight of the composition of one or more soy soluble polysaccharide(s);
Control panel module for a motor vehicle, having at least one operating element, wherein each operating element is arranged in each case on a side of a recess for arrangement of the control panel module on a steering column of the motor vehicle, and the at least one operating element is in each case arranged rotatably about an axis of rotation and/or movably at least along a predetermined direction of movement, and an actuator device of the control panel module is provided for respective movement of the at least one operating element, wherein a control device of the control panel module is configured in order, by activation of the actuator device, to move the at least one operating element out of a housing of the control panel module in each case depending upon at least one enable signal into an enable position in which the passenger compartment is maximised, and to move it, depending upon at least one position signal, out of the enable position into a respective use position corresponding to the position signal, characterised in that the at least one operating element is held by means of a flexible, transparent cover disc on a central part of the control panel module as a wing element which is pivotable about an axis of rotation, wherein the cover disc is retained flexibly in the central part and the axis of rotation is oriented virtually freely in space.
Transmission with a transmission housing and a wet-running clutch arrangement, comprising a clutch device which is rotatable about a central axis and comprises a drive-side clutch unit which has at least one drive-side clutch element, an output-side clutch unit which is fixed to an output for conjoint rotation and has at least one output-side clutch element, and a pressing device, the drive-side clutch unit comprising a toroidal space which is provided for receiving the clutch elements (50, 51), a pressure space which serves to load one side of the pressing device and is delimited by way of at least one wall of the drive-side clutch unit and by way of the pressing device, and a centrifugal force compensation space which is assigned to the opposite side of the pressing device and is formed by way of a dividing wall which is active with respect to the toroidal space, and the spaces (9, 12, 14) being sealed at least substantially with respect to one another, the clutch arrangement being received in the transmission housing of the transmission, and a pressure medium interchange means for the centrifugal force compensation space connecting the centrifugal force compensation space to the toroidal space, and a pressure medium relief means for the centrifugal force compensation space connecting the centrifugal force compensation space to a first passage, while, furthermore, the toroidal space is assigned a second passage, characterized in that the first passage opens in a first housing portion of the transmission and can be utilized for the supply of components of a drive train with pressure medium, and in that at least one absorber system and/or at least one electric machine are/is provided as components of a drive train.