mhurhangee/patent-ind-claim-en huggingface dataset:
A holographic projection system arranged to project light to a rectangular replay field, wherein the holographic projection system comprises: a spatial light modulator, comprising an array of individually addressable pixels, arranged to receive a computer-generated hologram and output spatially-modulated light forming a holographic reconstruction at the rectangular replay field, wherein each pixel is a rectangular pixel having an aspect ratio; a light source arranged to illuminate the plurality of pixels to form the spatially-modulated light forming a holographic reconstruction at the replay field, wherein the holographic reconstruction comprises image content arranged to be viewed by a human viewer of the holographic projection system, wherein the rectangular replay field is spatially separated from the spatial light modulator and wherein the aspect ratio of each pixel is matched to the aspect ratio of the replay field such that the aspect ratio of the rectangular replay field is substantially equal to the aspect ratio of each pixel but with the rectangular replay field and each pixel orthogonally orientated with respect to each other. a spatial light modulator, comprising an array of individually addressable pixels, arranged to receive a computer-generated hologram and output spatially-modulated light forming a holographic reconstruction at the rectangular replay field, wherein each pixel is a rectangular pixel having an aspect ratio; a light source arranged to illuminate the plurality of pixels to form the spatially-modulated light forming a holographic reconstruction at the replay field, wherein the holographic reconstruction comprises image content arranged to be viewed by a human viewer of the holographic projection system, wherein the rectangular replay field is spatially separated from the spatial light modulator and wherein the aspect ratio of each pixel is matched to the aspect ratio of the replay field such that the aspect ratio of the rectangular replay field is substantially equal to the aspect ratio of each pixel but with the rectangular replay field and each pixel orthogonally orientated with respect to each other.
A secondary battery charging and discharging system comprising: an accommodation unit configured to accommodate a battery cell ; a charging and discharging unit configured to be electrically connected to first and second electrode leads of the battery cell accommodated in the accommodation unit ; and a cooler , the cooler including: a blower fan ; a heat sink ; and a Peltier element ; the secondary battery charging and discharging system being characterized in that : the cooler is configured to supply cooled air to the battery cell accommodated in the accommodation unit , and in that the Peltier element is positioned between the blower fan and the heat sink . an accommodation unit configured to accommodate a battery cell ; a charging and discharging unit configured to be electrically connected to first and second electrode leads of the battery cell accommodated in the accommodation unit ; and a cooler , the cooler including: a blower fan ; a heat sink ; and a blower fan ; a heat sink ; and a Peltier element ; the secondary battery charging and discharging system being characterized in that : the cooler is configured to supply cooled air to the battery cell accommodated in the accommodation unit , and in that the Peltier element is positioned between the blower fan and the heat sink . the cooler is configured to supply cooled air to the battery cell accommodated in the accommodation unit , and in that the Peltier element is positioned between the blower fan and the heat sink .
A method for transmitting early data transmission, EDT, data, wherein the method is executed by a terminal device, and wherein the method comprises: selecting (S102) a physical uplink shared channel, PUSCH, resource from target PUSCH resource(s), wherein the target PUSCH resource is a PUSCH resource used for Msg A transmission in a 2-step random access procedure; and transmitting (S104) EDT data by using the selected PUSCH resource; wherein the target PUSCH resource comprises: a PUSCH resource that meets a transmission requirement and that is closest to a target time domain location, wherein the target time domain location comprises a start time for a transmission requirement of the EDT data; or a PUSCH resource that meets a transmission requirement within a target time window; or a PUSCH resource that meets a transmission requirement within a range of N configuration parameters, wherein N is an integer greater than 1; or M PUSCH resources that meet a transmission requirement, wherein M is an integer greater than 1. a PUSCH resource that meets a transmission requirement and that is closest to a target time domain location, wherein the target time domain location comprises a start time for a transmission requirement of the EDT data; or a PUSCH resource that meets a transmission requirement within a target time window; or a PUSCH resource that meets a transmission requirement within a range of N configuration parameters, wherein N is an integer greater than 1; or M PUSCH resources that meet a transmission requirement, wherein M is an integer greater than 1.
A method of manufacturing a printing cylinder, the method comprising: providing a moulding apparatus comprising a cylindrical moulding vessel defining a moulding cavity, the vessel comprising at least one inlet for the ingress of moulding material; performing an injection moulding operation comprising: injecting moulding material through the at least one inlet to substantially fill the moulding cavity with moulding material; and effecting hardening of the moulding material within the vessel; and removing the printing cylinder, wherein at least part of the injection moulding operation is performed in the presence of an active pressure being applied to the moulding cavity, wherein the active pressure is applied, at least in part, through control of the injection of the moulding material through the at least one inlet, characterized in that injecting moulding material through the at least one inlet comprises controlling the injection of the moulding material such that mould flow fronts of the injected moulding material collide in a way that generates a plurality of staggered weld lines on the printing cylinder, and wherein the at least one inlet comprises a plurality of inlets, and wherein injecting the moulding material comprises sequentially injecting moulding material through the different ones of the plurality of inlets according to a pre-set sequence. providing a moulding apparatus comprising a cylindrical moulding vessel defining a moulding cavity, the vessel comprising at least one inlet for the ingress of moulding material; performing an injection moulding operation comprising: injecting moulding material through the at least one inlet to substantially fill the moulding cavity with moulding material; and effecting hardening of the moulding material within the vessel; and removing the printing cylinder, wherein at least part of the injection moulding operation is performed in the presence of an active pressure being applied to the moulding cavity, wherein the active pressure is applied, at least in part, through control of the injection of the moulding material through the at least one inlet, characterized in that injecting moulding material through the at least one inlet comprises controlling the injection of the moulding material such that mould flow fronts of the injected moulding material collide in a way that generates a plurality of staggered weld lines on the printing cylinder, and wherein the at least one inlet comprises a plurality of inlets, and wherein injecting the moulding material comprises sequentially injecting moulding material through the different ones of the plurality of inlets according to a pre-set sequence.
A display assembly comprising: - a display having a rear surface ; - a carrier , which is arranged behind said rear surface ; - a rear covering element ; - a main printed circuit board , which is coupled to said carrier by a centring system and is arranged between said carrier and said rear covering element ; - first connection elements , which fix said rear covering element to said carrier so as to block the main printed circuit board between said rear covering element and said carrier ; - second connection elements , which are distinct from said first connection elements and are designed to cause said rear covering element to be fixed relative to said display ; characterized by comprising at least one first adhesive element , which fixes said carrier to said rear surface . - a display having a rear surface ; - a carrier , which is arranged behind said rear surface ; - a rear covering element ; - a main printed circuit board , which is coupled to said carrier by a centring system and is arranged between said carrier and said rear covering element ; - first connection elements , which fix said rear covering element to said carrier so as to block the main printed circuit board between said rear covering element and said carrier ; - second connection elements , which are distinct from said first connection elements and are designed to cause said rear covering element to be fixed relative to said display ;
A repeated type organ fixing instrument having a plurality of suturing tools (20, 20a to 20c) comprising a rod-shaped engaging portion (21, 21a to 21c), a suture (22, 22a to 22c) fixed to the engaging portion (21, 21a to 21c), a puncture needle for housing a plurality of the engaging portions (21, 21a to 21c), wherein the plurality of the engaging portions (21, 21a to 21c) are extruded one by one from the puncture needle by the operation of a operation unit main body , wherein the suture (22, 22a to 22c) fixed to at least one of the plurality of engaging portions (21, 21a to 21c) is inserted within the inside of the puncture needle , characterized in that the other suture (22, 22a to 22c) is derived from the inside to the outside of the puncture needle .
An electronic device comprising: a keycap with photoluminescent material; a light energy source to emit light energy , wherein the photoluminescent material is configured to absorb the light energy at a specific wavelength and reemit the light energy at a higher wavelength; an ambient light sensor to activate the light energy source during low ambient light conditions; and characterized by further comprising a timing controller, TCON, to insert one or more photoluminescent activation frames into a refresh cycle of a display , wherein the one or more photoluminescent activation frames are the light energy source. a keycap with photoluminescent material; a light energy source to emit light energy , wherein the photoluminescent material is configured to absorb the light energy at a specific wavelength and reemit the light energy at a higher wavelength; an ambient light sensor to activate the light energy source during low ambient light conditions; and characterized by further comprising a timing controller, TCON, to insert one or more photoluminescent activation frames into a refresh cycle of a display , wherein the one or more photoluminescent activation frames are the light energy source.
A battery module comprising electrochemical cells , wherein each electrochemical cell includes an electrically-conductive cell housing having a container portion having an open end, and a cell cover portion that is secured to the container portion in such a way as to close the open end; an electrically isolating member disposed between the cell cover portion and the container portion ; and an electrically-conductive jelly roll disposed in the cell housing , the jelly roll arranged such that a first electrode of the jelly roll is electrically connected to the container portion , and second electrode of the jelly roll is electrically connected to the cell cover portion , and wherein a cell cover portion of the cell housing of one of the electrochemical cells comprising a rim at a peripheral edge of the cell cover portion , wherein the rim provides a recess configured to receive a bottom of the cell housing of an adjacent one of the electrochemical cells , and the second end of the cell housing of the adjacent one of the electrochemical cells is received within the recess of the cell housing of the one of the electrochemical cells whereby the housings of the one of the electrochemical cells and the adjacent one of the electrochemical cells a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection. an electrically-conductive cell housing having a container portion having an open end, and a cell cover portion that is secured to the container portion in such a way as to close the open end; an electrically isolating member disposed between the cell cover portion and the container portion ; and an electrically-conductive jelly roll disposed in the cell housing , the jelly roll arranged such that a first electrode of the jelly roll is electrically connected to the container portion , and second electrode of the jelly roll is electrically connected to the cell cover portion , a cell cover portion of the cell housing of one of the electrochemical cells comprising a rim at a peripheral edge of the cell cover portion , wherein the rim provides a recess configured to receive a bottom of the cell housing of an adjacent one of the electrochemical cells , and the second end of the cell housing of the adjacent one of the electrochemical cells is received within the recess of the cell housing of the one of the electrochemical cells whereby the housings of the one of the electrochemical cells and the adjacent one of the electrochemical cells a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection. a) fit within each other in a nested arrangement in which the respective cell housings are stacked end to end, and b) form an electrical connection.
Method for producing a short circuit rotor , comprising the following steps: - providing a laminated rotor core with through openings for shorting bars of a squirrel cage as well as providing the shorting bars , - inserting the shorting bars into the through openings such that an axial overhang remains on both sides, - placing a main disk with through openings on both sides for the shorting bars , whose axial length corresponds to the overhang, as well as a continuous edge disk immediately adjacent to the main disk and the ends of the shorting bars , wherein the main disk and the edge disk form a shorting ring of the squirrel cage, - welding the main disk and the edge disk by means of radially encircling electron beam welding, and - placing and tensioning a tension ring around a pair composed of the main disk and edge disk after welding. - providing a laminated rotor core with through openings for shorting bars of a squirrel cage as well as providing the shorting bars , - inserting the shorting bars into the through openings such that an axial overhang remains on both sides, - placing a main disk with through openings on both sides for the shorting bars , whose axial length corresponds to the overhang, as well as a continuous edge disk immediately adjacent to the main disk and the ends of the shorting bars , wherein the main disk and the edge disk form a shorting ring of the squirrel cage, - welding the main disk and the edge disk by means of radially encircling electron beam welding, and - placing and tensioning a tension ring around a pair composed of the main disk and edge disk after welding.
A gas turbine comprising a hula seal , the hula seal extending in a circumferential direction , a radial direction and an axial direction relative to a central axis , the hula seal extending in the axial direction from a first edge region at a first edge to a second edge region at a second edge , the hula seal comprising a first leaf extending from the first edge region to the second edge region and a second leaf extending from the first edge region to the second edge region, the first leaf being the same distance as the second leaf from the central axis in the radial direction, characterised in that the first leaf is adjacent to and overlaps the second leaf in the circumferential direction, and the first leaf is attached to the second leaf such that the first leaf can move relative to the second leaf in the circumferential direction; the first leaf and the second leaf are formed from a single integral piece of material.
A method for accessing an asset in a playlist of assets which playlist includes a plurality of index points each indicative of a viewing progress position within the playlist, the method comprising: displaying the plurality of index points; receiving a user selection of one of the plurality of index points; accessing the asset corresponding to the selected index point; displaying the accessed asset at the viewing progress position for the selected index point; updating the index point to reflect the user's progress through the displayed asset; caching a portion of video of the accessed asset corresponding to the updated index point; and presenting the cached portion of video simultaneously with a listing for the accessed asset. displaying the plurality of index points; receiving a user selection of one of the plurality of index points; accessing the asset corresponding to the selected index point; displaying the accessed asset at the viewing progress position for the selected index point; updating the index point to reflect the user's progress through the displayed asset; caching a portion of video of the accessed asset corresponding to the updated index point; and presenting the cached portion of video simultaneously with a listing for the accessed asset.
A method for adapting a signalling of a field device that can be displayed via a signal display of the field device , the method comprising the steps of: determining, with an operating device , a colour tone of at least one display element of the signal display of the field device , wherein the step of determining the colour tone comprises: recording, with a camera of the operating device , an image of a signalization displayed via the signal display of the field device and/or an image of at least a part of the field device ; and determining, with the operating device , the colour tone of at least one display element of the signal display based on an analysis of the image ; assigning, with the operating device , an attribute to the specified colour tone of the at least one display element of the signal display , wherein the attribute represents a meaning of the specified colour tone for indicating a state of the field device ; transmitting a control signal from the operating device to the field device , the control signal containing information relating to the specified colour tone and relating to the attribute assigned to the specified colour tone; storing the specified colour tone and the attribute associated with the specified colour tone in a memory of the field device ; and activating, on the field device , the specified colour tone of the at least one display element of the signal display and the attribute associated with the specified colour tone based on the control signal, so that when the state of the field device occurs, the specified colour tone is displayed as signalling via the signal display of the field device . recording, with a camera of the operating device , an image of a signalization displayed via the signal display of the field device and/or an image of at least a part of the field device ; and determining, with the operating device , the colour tone of at least one display element of the signal display based on an analysis of the image ; assigning, with the operating device , an attribute to the specified colour tone of the at least one display element of the signal display , wherein the attribute represents a meaning of the specified colour tone for indicating a state of the field device ; transmitting a control signal from the operating device to the field device , the control signal containing information relating to the specified colour tone and relating to the attribute assigned to the specified colour tone; storing the specified colour tone and the attribute associated with the specified colour tone in a memory of the field device ; and activating, on the field device , the specified colour tone of the at least one display element of the signal display and the attribute associated with the specified colour tone based on the control signal, so that when the state of the field device occurs, the specified colour tone is displayed as signalling via the signal display of the field device .
Method for forming an irregularly shaped, elongated loaf of an elastic material, e.g. a meat loaf of unprocessed meat, into a shape that has a uniform cross section (100") across its length, and for subsequently cutting it into slices , in particular accurately weighted slices, by a) pressing the loaf - in its longitudinal direction ( L, 10 ) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length , during pressing b) in a first pressing step, a first pressing plunger (4 or 5) is placed - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and c) in a second pressing step, a second pressing plunger (5 or 4) is placed - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that d) following at least one pressing stroke (+Q or +L), the pressing plunger is withdrawn in the opposite direction by a relieving stroke (-Q or -L) to relief the loaf in at least one of the pressing steps b) and/or c), e) a pressing stroke (+Q or +L) and/or a relieving stroke (-Q or -L) can be performed in multiple stages, between which in particular a pressing stroke (+Q or +L) can be performed in the respectively other pressing direction. a) pressing the loaf - in its longitudinal direction ( L, 10 ) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length , during pressing - in its longitudinal direction ( L, 10 ) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length , during pressing b) in a first pressing step, a first pressing plunger (4 or 5) is placed - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and c) in a second pressing step, a second pressing plunger (5 or 4) is placed - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that d) following at least one pressing stroke (+Q or +L), the pressing plunger is withdrawn in the opposite direction by a relieving stroke (-Q or -L) to relief the loaf in at least one of the pressing steps b) and/or c), e) a pressing stroke (+Q or +L) and/or a relieving stroke (-Q or -L) can be performed in multiple stages, between which in particular a pressing stroke (+Q or +L) can be performed in the respectively other pressing direction.