mhurhangee/ep-ind-claims huggingface dataset:
A conveyor belt comprising: a top surface and an opposite bottom surface; a first side and an opposite second side separated by the width of the conveyor belt; a first region extending inward from the first side toward the second side; a second region extending inward from the second side to the first region; a plurality of first tracks in the form of first elongated slots extending across the width of the conveyor belt in the first region; a plurality of second tracks in the form of second elongated slots extending across the width of the conveyor belt in the second region; a plurality of pushers arranged to move along the first and second tracks; wherein the belt comprises a plurality of belt modules hingedly linked together, and wherein the first and second elongated slots (232 233) extend through the thickness of the belt modules, characterized in that at least some of the belt modules each include at least one of the first and second tracks. a top surface and an opposite bottom surface; a first side and an opposite second side separated by the width of the conveyor belt; a first region extending inward from the first side toward the second side; a second region extending inward from the second side to the first region; a plurality of first tracks in the form of first elongated slots extending across the width of the conveyor belt in the first region; a plurality of second tracks in the form of second elongated slots extending across the width of the conveyor belt in the second region; a plurality of pushers arranged to move along the first and second tracks; wherein the belt comprises a plurality of belt modules hingedly linked together, and wherein the first and second elongated slots (232 233) extend through the thickness of the belt modules, characterized in that at least some of the belt modules each include at least one of the first and second tracks.
A thin-film optoelectronic module device, comprising: a substrate that has an edge that extends in a first direction, an active region and an edge region that is disposed between the edge and the active region; a semiconductive photovoltaic layer; and a conductive back-contact layer that is disposed between the substrate and the semiconductive photovoltaic layer, wherein the conductive back-contact layer is disposed within at least a portion of the active region and the edge region, and the conductive back-contact layer comprises: a plurality of isolating back-contact grooves that are aligned in a second direction and are disposed within the active region, wherein the second direction is at an angle to the first direction; and one or more scribe lines that are formed in the first direction by use of a laser before depositing the semiconductive photovoltaic layer on the conductive back-contact layer, wherein the one or more scribe lines are disposed within the edge region. a substrate that has an edge that extends in a first direction, an active region and an edge region that is disposed between the edge and the active region; a semiconductive photovoltaic layer; and a conductive back-contact layer that is disposed between the substrate and the semiconductive photovoltaic layer, wherein the conductive back-contact layer is disposed within at least a portion of the active region and the edge region, and the conductive back-contact layer comprises: a plurality of isolating back-contact grooves that are aligned in a second direction and are disposed within the active region, wherein the second direction is at an angle to the first direction; and one or more scribe lines that are formed in the first direction by use of a laser before depositing the semiconductive photovoltaic layer on the conductive back-contact layer, wherein the one or more scribe lines are disposed within the edge region. a plurality of isolating back-contact grooves that are aligned in a second direction and are disposed within the active region, wherein the second direction is at an angle to the first direction; and one or more scribe lines that are formed in the first direction by use of a laser before depositing the semiconductive photovoltaic layer on the conductive back-contact layer, wherein the one or more scribe lines are disposed within the edge region.
A water-soluble fluid for use in machining of rare earth magnet, in the form of an aqueous solution comprising an organic acid, a basic compound, and a polymeric flocculant, wherein the basic compound is selected from sodium hydroxide, potassium hydroxide and alkanolamines; and wherein the organic acid is present in a concentration of 1 to 5 g/L.
A hyperbranched polymer derived from, via reaction, monomers comprising: a monomer containing three or more hydroxy groups per molecule; and a monomer containing two or more groups represented by General Formula (y) per molecule, General Formula (y) expressed as follows: where R y1 is selected from hydrogen and C 1 -C 16 alkyl; and R y2 and R y3 are each, identically or differently, selected from hydrogen, alkyl, and cycloalkyl, where at least two of R y1, R y2, and R y3 may be linked to each other to form a ring with adjacent one or two carbon atoms, the monomer comprising at least one compound selected from the group consisting of: cyclodextrins; pillararenes; compounds represented by General Formula; compounds represented by General Formula; and compounds represented by General Formula, the monomer comprising a compound represented by General Formula, General Formulae,,, and expressed as follows: wherein R b is, identically or differently in each occurrence, selected from hydrogen and alkyl, where at least three occurrences of R b are hydrogen atoms, wherein R c is, identically or differently in each occurrence, selected from hydrogen and alkyl, where at least three occurrences of R c are hydrogen atoms; and r represents, independently in each occurrence, an integer of 1 to 4, wherein R d represents, identically or differently in each occurrence, alkyl; and R e is, identically or differently in each occurrence, selected from hydrogen and alkyl, where at least three occurrences of R e are hydrogen atoms, wherein R 1 is selected from hydrogen and C 1 -C 16 alkyl; R 2 and R 3 are, identically or differently in each occurrence, selected from hydrogen, alkyl, and cycloalkyl, where at least two of R 1, R 2, and R 3 may be linked to each other to form a ring with adjacent one or two carbon atoms; X 1 represents an m-valent organic group; and m represents an integer of 2 or more, where occurrences of the group in the brackets with "m" may be identical to or different from each other. a monomer containing three or more hydroxy groups per molecule; and a monomer containing two or more groups represented by General Formula (y) per molecule, where R y1 is selected from hydrogen and C 1 -C 16 alkyl; and R y2 and R y3 are each, identically or differently, selected from hydrogen, alkyl, and cycloalkyl, where at least two of R y1, R y2, and R y3 may be linked to each other to form a ring with adjacent one or two carbon atoms, the monomer comprising at least one compound selected from the group consisting of: cyclodextrins; pillararenes; compounds represented by General Formula; compounds represented by General Formula; and compounds represented by General Formula, cyclodextrins; pillararenes; compounds represented by General Formula; compounds represented by General Formula; and compounds represented by General Formula, the monomer comprising a compound represented by General Formula,
A cutting tool comprising a cutting insert with a single cutting portion, an insert holder and a fastener, the cutting insert having two opposing end surfaces (30a, 30b) with an insert peripheral surface and an insert central axis extending therebetween, and the insert holder having a holding portion extending along a longitudinal axis, the holding portion having a holder peripheral surface and an adjacent seating surface, with at least one protuberance (54a, 54b) protruding from the seating surface, the cutting insert being securable to the holding portion in left-hand and right-hand assembly positions by means of the fastener, wherein: in the left-hand assembly position, the first end surface is in clamping contact with the seating surface; and in the right-hand assembly position, the second end surface is in clamping contact with the seating surface characterised by the insert peripheral surface having three spaced apart abutment surfaces (34, 36, 38), the at least one protuberance (54a, 54b) having four spaced apart reaction surfaces (56a, 56b, 56c, 56d) transverse to the seating surface, with the three abutment surfaces (34, 36, 38) in clamping contact with three of the four reaction surfaces (56a, 56b, 56c,56d). in the left-hand assembly position, the first end surface is in clamping contact with the seating surface; and in the right-hand assembly position, the second end surface is in clamping contact with the seating surface characterised by the insert peripheral surface having three spaced apart abutment surfaces (34, 36, 38), the at least one protuberance (54a, 54b) having four spaced apart reaction surfaces (56a, 56b, 56c, 56d) transverse to the seating surface, with the three abutment surfaces (34, 36, 38) in clamping contact with three of the four reaction surfaces (56a, 56b, 56c,56d).
Tread profile of a pneumatic vehicle tyre having radially elevated profile elements (2, 3) which are delimited by channels (5, 6, 7) or grooves, having sipes which are formed in the radially outer surface of radially elevated profile elements and which have a rectilinear main extent direction and which, at least in one portion (c) of their extent in the radially outer surface, are formed along their extent in each case with a profile with a first undulation or zigzag shape (10, 19) oriented along the main extent direction with a first zero crossing line oriented in the main extent direction, wherein, in relation to the zero crossing line, the undulation or zigzag shape (10, 19) defines peaks and troughs formed in alternating fashion along the main extent, with an amplitude A 1 which forms the spacing of the extreme values (11, 12) of the undulation or zigzag shape (10, 19) from the first zero crossing line, wherein the extreme values formed in the main extent direction in two peaks formed one behind the other and the extreme values formed in the main extent direction in two troughs formed one behind the other are formed in each case with a spacing of length L 1 to one another, wherein the sipe, at least in an extent region of the first undulation or zigzag shape (10, 19) between the extreme value formed in a peak and the extreme value formed in an adjacent trough, is configured with a profile formed by superposition of the first undulation or zigzag shape (10, 19) with a second undulation or zigzag shape (16, 20), wherein the second undulation or zigzag shape (16, 20) define peaks and troughs of its profile formed in alternating fashion along its extent, with an amplitude A 2, where A 2 < A 1, which forms the spacing of the extreme values (17, 18) of the second undulation or zigzag shape (16, 20) from the zero crossing line of the second undulation or zigzag shape (16, 20), wherein the extreme values formed in the extent direction in two peaks formed one behind the other and the extreme values formed in the extent direction in two troughs formed one behind the other are formed in each case with a spacing of length L 2, where L 2 < L 1, to one another, characterized in that the sipe is, in a first radial extent portion proceeding from the radially outer surface, along its extent radially inward to a depth t 1 with a constant amplitude A 1, configured with a constantly - in particular continuously - decreasing amplitude A 2 of its profile, wherein the amplitude A 2 is, at the radial position at the depth t 1, configured such that A 2 = 0 mm, in that the sipe is, in a second radial extent portion proceeding from the radial position at the depth t 1, along its extent radially inward to a depth t 2, where t 2 > t 1 with a constant amplitude A 2 = 0 mm, configured with a constantly - in particular continuously - decreasing amplitude A 1 of its profile, wherein the amplitude A 1 is, at the radial position at the depth t 2, configured such that A 1 = 0 mm.
- Tyre having a radial carcass reinforcement, comprising a crown reinforcement, itself capped radially by a tread connected to two beads via two sidewalls, said tread having grooves that form at least one tread pattern element constituting the tread pattern of the tyre, having a height between the bottom of the tread pattern and the tread surface, said tread having, at least locally, at least two layers of elastomeric compounds that are radially superposed over the tread pattern height of the tread, a first layer forming the radially outer part of the tread being made up of a first elastomeric compound, a second layer of elastomeric compound that is radially further towards the inside being made up of a second elastomeric compound, characterized in that at least one layer of textile reinforcing elements is radially in contact with two layers made up of said first elastomeric compound and of said second elastomeric compound, in that said at least one layer of textile reinforcing elements is disposed substantially parallel to the outer surface of the tread, in that at least a part of the textile reinforcing elements is oriented in a direction forming an angle of less than 30° with respect to the main axis of inertia associated with the maximum moment of inertia of the surface in contact with the ground of said at least one tread pattern element, the middle of said surface in contact with the ground, in the longitudinal direction passing through the centre of gravity of said surface in contact with the ground, being situated longitudinally at the centre of the contact patch, the tyre being subjected to its nominal load and inflated to its nominal pressure on the nominal rim and in that, in a meridian section of the tyre, the barycentre of said at least one layer of textile reinforcing elements is situated radially between 30% and 70% of the tread pattern height of the tread from the bottom of the tread pattern.
A method for performing combined baseband and radio frequency,RF, processing of signals by a receiver in a wireless communication system, the method comprising: receiving information for estimating a channel from a transmitter; identifying a plurality of paths in the channel based on the information; calculating an RF precoding matrix for precoding one or more signals to be transmitted from the transmitter on each of the identified paths, the RF precoding matrix comprising a phase shift; calculating a baseband precoding matrix for precoding the one or more signals by the transmitter; and transmitting a feedback message comprising information about the calculated RF precoding matrix and the calculated baseband precoding matrix to the transmitter. receiving information for estimating a channel from a transmitter; identifying a plurality of paths in the channel based on the information; calculating an RF precoding matrix for precoding one or more signals to be transmitted from the transmitter on each of the identified paths, the RF precoding matrix comprising a phase shift; calculating a baseband precoding matrix for precoding the one or more signals by the transmitter; and transmitting a feedback message comprising information about the calculated RF precoding matrix and the calculated baseband precoding matrix to the transmitter.
A temperature chamber for conditioning air, in particular a test chamber or the like, the temperature chamber comprising a temperature-insulated space which can be closed off from the surroundings and which serves to receive test material, and a temperature control device for controlling the temperature of the space, the temperature control device allowing a temperature in a temperature range of -50 °C to +180 °C to be established within the space, the temperature control device having a cooling device (28, 30) comprising a cooling circuit (11, 33) with a refrigerant, a heat exchanger, a compressor, a condenser, and an expansion element, a first bypass being connected to a high-pressure side of the cooling circuit downstream of the compressor, characterized in that a jet device is connected to a low-pressure side of the cooling circuit downstream of the heat exchanger and upstream of the compressor, the refrigerant being suppliable to the jet device as a driving fluid from the high-pressure side via the first bypass, the first bypass being connected to the high-pressure side of the cooling circuit upstream of the condenser, a second bypass having at least one second control element being formed in the cooling circuit (11, 33), the second bypass being connected to the cooling circuit upstream of the expansion element and downstream of the condenser and bypassing the expansion element, refrigerant being meterable via the second control element in such a manner that a suction gas temperature and/or a suction gas pressure of the refrigerant on the low-pressure side of the cooling circuit is controllable upstream of the compressor, the second bypass being connected to the first bypass.
A mobile wireless communications device comprising: a portable housing; a printed circuit board, PCB carried within said portable housing; at least one wireless communications circuit carried by said PCB; and a wrap-around antenna assembly carried by said portable housing and comprising: a substrate comprising a first portion and a second portion extending outwardly therefrom defining an L-shape, each of the first and second substrate portions having respective interior surfaces facing respective adjacent surfaces of the PCB and having respective exterior surfaces facing said portable housing, a wrap-around antenna element lying along adjacent exterior surfaces of said first and second substrate portions, the wrap-around antenna assembly characterised in that it further comprises: an antenna feed arm lying along the interior surface of the first substrate portion and electrically coupled to said wrap-around antenna element, and a feed arm extension electrically coupled to said antenna feed arm and extending from the interior surface of the first substrate portion around to the exterior surface thereof. a portable housing; a printed circuit board, PCB carried within said portable housing; at least one wireless communications circuit carried by said PCB; and a wrap-around antenna assembly carried by said portable housing and comprising: a substrate comprising a first portion and a second portion extending outwardly therefrom defining an L-shape, each of the first and second substrate portions having respective interior surfaces facing respective adjacent surfaces of the PCB and having respective exterior surfaces facing said portable housing, a wrap-around antenna element lying along adjacent exterior surfaces of said first and second substrate portions, a substrate comprising a first portion and a second portion extending outwardly therefrom defining an L-shape, each of the first and second substrate portions having respective interior surfaces facing respective adjacent surfaces of the PCB and having respective exterior surfaces facing said portable housing, a wrap-around antenna element lying along adjacent exterior surfaces of said first and second substrate portions, an antenna feed arm lying along the interior surface of the first substrate portion and electrically coupled to said wrap-around antenna element, and a feed arm extension electrically coupled to said antenna feed arm and extending from the interior surface of the first substrate portion around to the exterior surface thereof.
A reciprocating-type electric shaver, comprising: a head unit that is arranged so as to be capable of oscillating at least forward to and rearward from a main body, wherein the head unit has multiple blade units (40, 50, 60, 70) whose inner blades (46, 56, 66, 76) come into sliding contact with an inner surface of outer blades (44, 54, 64, 74) and reciprocate rightward and leftward, and wherein at least one of the blade units is configured to serve as a movable blade unit which is held by a blade frame of the head unit so as to be upwardly and/or downwardly movable from a reference position between a predetermined upper position and a predetermined lower position, and the blade frame has a positioning lever for performing positioning by moving the movable blade unit to a desired position. a head unit that is arranged so as to be capable of oscillating at least forward to and rearward from a main body, wherein the head unit has multiple blade units (40, 50, 60, 70) whose inner blades (46, 56, 66, 76) come into sliding contact with an inner surface of outer blades (44, 54, 64, 74) and reciprocate rightward and leftward, and wherein at least one of the blade units is configured to serve as a movable blade unit which is held by a blade frame of the head unit so as to be upwardly and/or downwardly movable from a reference position between a predetermined upper position and a predetermined lower position, and the blade frame has a positioning lever for performing positioning by moving the movable blade unit to a desired position.
A method for selecting a security algorithm, comprising: receiving, by a core network, an attachment request initiated to a broadband trunking network by a first user equipment, UE, wherein, the attachment request carries first security capability information supported by the first UE; determining, by the core network, a group to which the first UE belongs, and obtaining security capability information of each second UE in the group; and selecting, by the core network, a security algorithm supported by both the security capability information of the first UE and the security capability information of each second UE; and sending the selected security algorithm to the first UE as a security algorithm of the group. receiving, by a core network, an attachment request initiated to a broadband trunking network by a first user equipment, UE, wherein, the attachment request carries first security capability information supported by the first UE; determining, by the core network, a group to which the first UE belongs, and obtaining security capability information of each second UE in the group; and selecting, by the core network, a security algorithm supported by both the security capability information of the first UE and the security capability information of each second UE; and sending the selected security algorithm to the first UE as a security algorithm of the group.
Wardrobe lift, comprising a wardrobe rail which can be connected by at least one end region to at least one pivot lever (2, 3) and which can be transferred from a higher storage position located for example inside a closet into a loading position which is at a lower height compared with the storage position, an operating element which can be pivoted relative to the wardrobe rail being connected to the wardrobe rail in order to pivot the pivot lever (2, 3) and the wardrobe rail, wherein the wardrobe rail is provided with a driver stop for the operating element, which stop defines the relative pivotability of the operating element and by means of which the wardrobe rail can be transferred from the operating element into the higher storage position and back, characterized in that the wardrobe rail is connected in a form fit and friction fit manner to the pivot levers (2, 3) or to an individual pivot lever.