mhurhangee/ep-ind-claims huggingface dataset:
A horn antenna, comprising a frequency selective surface, FSS, a connection structure, and a waveguide tube, wherein the connection structure comprises a first dielectric slab, a second dielectric slab, and a dielectric wall, a first surface of the first dielectric slab is a hyperboloid whose surface is protruding, a second surface of the first dielectric slab is connected to the dielectric wall, a spacing between the two surfaces of the first dielectric slab is a thickness of the first dielectric slab, the dielectric wall has a tubular structure, a first surface of the dielectric wall is covered by the first dielectric slab, a second surface of the dielectric wall is covered by the second dielectric slab, a spacing between the two surfaces of the dielectric wall is a height of the dielectric wall, an area of the first surface of the dielectric wall is not less than an area of the second surface of the dielectric wall, there is a hole at a middle position of the second dielectric slab, and the first dielectric slab, the dielectric wall, and the second dielectric slab jointly form a hollow structure; the FSS covers the first surface of the first dielectric slab, wherein an array arrangement direction of the FSS is 45 degrees or 135 degrees to a polarization direction of an incident electromagnetic wave; a part of the waveguide tube is inserted into the hole of the second dielectric slab. the connection structure comprises a first dielectric slab, a second dielectric slab, and a dielectric wall, a first surface of the first dielectric slab is a hyperboloid whose surface is protruding, a second surface of the first dielectric slab is connected to the dielectric wall, a spacing between the two surfaces of the first dielectric slab is a thickness of the first dielectric slab, the dielectric wall has a tubular structure, a first surface of the dielectric wall is covered by the first dielectric slab, a second surface of the dielectric wall is covered by the second dielectric slab, a spacing between the two surfaces of the dielectric wall is a height of the dielectric wall, an area of the first surface of the dielectric wall is not less than an area of the second surface of the dielectric wall, there is a hole at a middle position of the second dielectric slab, and the first dielectric slab, the dielectric wall, and the second dielectric slab jointly form a hollow structure; the FSS covers the first surface of the first dielectric slab, wherein an array arrangement direction of the FSS is 45 degrees or 135 degrees to a polarization direction of an incident electromagnetic wave; a part of the waveguide tube is inserted into the hole of the second dielectric slab.
A winding device for winding at least one web of material onto in each case one rotating roll, preferably for winding at least one web of plastic film, comprising a contact roll for pressing at least one web of material, preferably a web of plastic film, against at least one rotating roll, wherein the contact roll comprises a surface layer, characterized in that at least two segments (6, 7, 26, 36, 43, 50, 76, 92) spaced apart in the axial direction and extending in the circumferential direction are provided, in which the quality of the surface layer differs from the quality of the other areas (41, 52) of the surface layer, wherein at least portions of said segments are in contact with the edges (9, 10) of the at least one web of material and that the segments (6, 7, 26, 36, 43, 50, 76, 92) of the surface layer have a greater material hardness than the other areas (41, 52) of the surface layer, wherein the edges (9, 10) of the web of material can be pressed against the roll with a higher pressing force than the other areas of the web of material.
A workpiece delivery device that is adapted to unload a workpiece from a table on one side and to load the workpiece to a table on the other side between machine tools constituting a line, between the machine tool and a non-machining station, or between non-machining stations, the workpiece delivery device comprising: a base; a turning center part provided on the base; a turning arm that is adapted to horizontally turn above and in front of the machine tool and the non-machining station about an axis of the turning center part; a workpiece hand that is suspended and supported by a tip portion of the turning arm; a track turning mechanism that determines a conveyor track of the workpiece; and a rotation control mechanism that controls an orientation of the workpiece hand, wherein the track turning mechanism has a turning drive part, a track turning transmission part, and a track guide part, the rotation control mechanism has a rotation restriction transmission part, a rotation control part, and a rotation restriction receiving part, the turning center part, the turning drive part, the track turning transmission part, the rotation restriction transmission part, and the rotation restriction receiving part are provided on the turning arm, at least one of the track guide part and the rotation control part is provided on the base, the rotation restriction receiving part is provided on a workpiece hand support shaft that rotatably supports the workpiece hand, and the rotation restriction transmission part and the rotation restriction receiving part are connected to each other by a connection part. a base; a turning center part provided on the base; a turning arm that is adapted to horizontally turn above and in front of the machine tool and the non-machining station about an axis of the turning center part; a workpiece hand that is suspended and supported by a tip portion of the turning arm; a track turning mechanism that determines a conveyor track of the workpiece; and a rotation control mechanism that controls an orientation of the workpiece hand, wherein the track turning mechanism has a turning drive part, a track turning transmission part, and a track guide part, the rotation control mechanism has a rotation restriction transmission part, a rotation control part, and a rotation restriction receiving part, the turning center part, the turning drive part, the track turning transmission part, the rotation restriction transmission part, and the rotation restriction receiving part are provided on the turning arm, at least one of the track guide part and the rotation control part is provided on the base, the rotation restriction receiving part is provided on a workpiece hand support shaft that rotatably supports the workpiece hand, and the rotation restriction transmission part and the rotation restriction receiving part are connected to each other by a connection part.
A surface shape measuring apparatus which is adapted to measure a surface shape of a sample by moving a probe in sliding fashion along a surface of said sample and thereby detect the amount of displacement of said probe caused by irregularities on said surface, said surface shape measuring apparatus comprising: a displacement detector which is adapted to detect the amount of displacement of said probe; and a measurement end determining unit which is adapted to determine whether said probe has reached a measurement end point by comparing the amount of displacement of said probe, detected as said probe is moved in sliding fashion along the surface of said sample, with an initial amount of displacement of said probe detected when said probe was first placed in contact with a measurement start point on said surface, and wherein said measurement end determining unit is adapted to determine that said probe has reached the measurement end point when the amount of displacement of said probe, detected as said probe is moved in sliding fashion along said surface, has become equal to said initial amount of displacement. a displacement detector which is adapted to detect the amount of displacement of said probe; and a measurement end determining unit which is adapted to determine whether said probe has reached a measurement end point by comparing the amount of displacement of said probe, detected as said probe is moved in sliding fashion along the surface of said sample, with an initial amount of displacement of said probe detected when said probe was first placed in contact with a measurement start point on said surface, and wherein said measurement end determining unit is adapted to determine that said probe has reached the measurement end point when the amount of displacement of said probe, detected as said probe is moved in sliding fashion along said surface, has become equal to said initial amount of displacement.
Method for the automated and assisted acquisition of anatomical surfaces when preparing for a surgical operation, characterised in that it comprises: - A preoperative stage to acquire anatomical surfaces so that a first numerical model is created; - A manual preoperative acquisition stage during which an operator manipulates a robotic arm fitted with means of registering anatomical surfaces in such a way that a preliminary registration of the co-ordinates of significant points (4, 5, 6, 7) is obtained; - a stage for constructing a reference point using the co-ordinates of the significant points (4, 5, 6, 7); - an automated acquisition stage to automatically scan a scanning zone, defined by the reference point, of the anatomical surfaces, wherein the automated acquisition provides for the creation of a second numerical model; wherein said scanning is performed by the means of registering the co-ordinates of the said anatomical surfaces; - a stage utilising the co-ordinates of the significant points (4, 5, 6, 7) and of the reference point so that an intermediate numerical model is created; - a stage for the preliminary adjustment of the first numerical model with the intermediate numerical model; and - A stage to form a match for adjustment between the first numerical model, previously adjusted, and the second numerical model in such a way that a final numerical model is formed. - A preoperative stage to acquire anatomical surfaces so that a first numerical model is created; - A manual preoperative acquisition stage during which an operator manipulates a robotic arm fitted with means of registering anatomical surfaces in such a way that a preliminary registration of the co-ordinates of significant points (4, 5, 6, 7) is obtained; - a stage for constructing a reference point using the co-ordinates of the significant points (4, 5, 6, 7); - an automated acquisition stage to automatically scan a scanning zone, defined by the reference point, of the anatomical surfaces, wherein the automated acquisition provides for the creation of a second numerical model; wherein said scanning is performed by the means of registering the co-ordinates of the said anatomical surfaces; - a stage utilising the co-ordinates of the significant points (4, 5, 6, 7) and of the reference point so that an intermediate numerical model is created; - a stage for the preliminary adjustment of the first numerical model with the intermediate numerical model; and - A stage to form a match for adjustment between the first numerical model, previously adjusted, and the second numerical model in such a way that a final numerical model is formed.
Driven toolholder comprising a spindle with a free jet turbine, wherein the free jet turbine comprises an impeller arranged on the spindle, wherein the free jet turbine has two or more nozzle arrangements (15, 16, 17, 18, 19), wherein each nozzle arrangement (15 to 19) is assigned a supply line (21 to 25) for the supply of fluid, characterised in that the supply lines (21, 22, 23, 24, 25) are opened and/or closed with one or more selector valves (33, 35, 37, 39) so that the nozzle arrangements (15 to 19) are individually or jointly fed with pressurised fluid.
A method for giving a message prompt when a mobile terminal accesses a mobile Internet website, comprising the following steps of: A. receiving a message of browsing a mobile Internet webpage from a user, and triggering a corresponding message prompt event as needed; and B. parsing the message prompt event to obtain a corresponding prompt message, and displaying the prompt message; the method being characterized by further comprising the following steps prior to the step A: A1. defining a filename having a specific extension name for each mobile Internet webpage message prompt event, wherein the filename having the specific extension name comprises a label indicating whether to give a prompt, a prompt duration and a prompt content, and the prompt content is displayed for the prompt duration if the label indicating whether to give a prompt is yes; the message prompt event is a data traffic event, and the prompt content is a value of data traffic for browsing the mobile Internet webpage; and A2. encoding the filename having the specific extension name to obtain an encoded filename having the specific extension name. A. receiving a message of browsing a mobile Internet webpage from a user, and triggering a corresponding message prompt event as needed; and B. parsing the message prompt event to obtain a corresponding prompt message, and displaying the prompt message; the method being characterized by further comprising the following steps prior to the step A: A1. defining a filename having a specific extension name for each mobile Internet webpage message prompt event, wherein the filename having the specific extension name comprises a label indicating whether to give a prompt, a prompt duration and a prompt content, and the prompt content is displayed for the prompt duration if the label indicating whether to give a prompt is yes; the message prompt event is a data traffic event, and the prompt content is a value of data traffic for browsing the mobile Internet webpage; and A2. encoding the filename having the specific extension name to obtain an encoded filename having the specific extension name. A1. defining a filename having a specific extension name for each mobile Internet webpage message prompt event, wherein the filename having the specific extension name comprises a label indicating whether to give a prompt, a prompt duration and a prompt content, and the prompt content is displayed for the prompt duration if the label indicating whether to give a prompt is yes; the message prompt event is a data traffic event, and the prompt content is a value of data traffic for browsing the mobile Internet webpage; and A2. encoding the filename having the specific extension name to obtain an encoded filename having the specific extension name.
A method, comprising: detecting an ongoing frame exchange associated with one or more overlapping basic service set stations (STA1-STA4), hereinafter OBSS-STAs, by an initiating spatial reuse station, hereinafter SR-STA, in a wireless communication network; decoding a spatial reuse parameter, hereinafter SRP, from the detected ongoing frame exchange; determining a transmit power or power density level based on the SRP if a list of spatial reuse conditions is satisfied; and performing a channel access procedure to initiate a spatial reuse frame exchange with a responding SR-STA in concurrent with the ongoing frame exchange upon satisfying the list of spatial reuse conditions, characterized in that the SRP is carried as a single parameter in a signaling field of the ongoing frame exchange, and the SRP comprises a TX power or power density level combined with a received signal power or power density level of one of the OBSS-STAs minus a signal to noise ratio, hereinafter SNR, based on a used modulation and coding scheme, hereinafter MCS. detecting an ongoing frame exchange associated with one or more overlapping basic service set stations (STA1-STA4), hereinafter OBSS-STAs, by an initiating spatial reuse station, hereinafter SR-STA, in a wireless communication network; decoding a spatial reuse parameter, hereinafter SRP, from the detected ongoing frame exchange; determining a transmit power or power density level based on the SRP if a list of spatial reuse conditions is satisfied; and performing a channel access procedure to initiate a spatial reuse frame exchange with a responding SR-STA in concurrent with the ongoing frame exchange upon satisfying the list of spatial reuse conditions, characterized in that the SRP is carried as a single parameter in a signaling field of the ongoing frame exchange, and the SRP comprises a TX power or power density level combined with a received signal power or power density level of one of the OBSS-STAs minus a signal to noise ratio, hereinafter SNR, based on a used modulation and coding scheme, hereinafter MCS.
A method for decoding codewords of different sizes, the codewords transmitted on return communication links from data terminals to a gateway of a satellite communications system, the method comprising: determining a size of a codeword; determining a particular decoding queue for decoding the codeword based on the determined size of the codeword, the particular decoding queue being one of K decoding queues, where K is a number of different sizes of codewords; and decoding the codeword using a decoder of the particular decoding queue, where the number of decoders in the particular decoding queue is allocated in proportion to current offered load of codewords of the determined size. determining a size of a codeword; determining a particular decoding queue for decoding the codeword based on the determined size of the codeword, the particular decoding queue being one of K decoding queues, where K is a number of different sizes of codewords; and decoding the codeword using a decoder of the particular decoding queue, where the number of decoders in the particular decoding queue is allocated in proportion to current offered load of codewords of the determined size.
An apparatus (100, 200) comprising: a first substrate having an outer touch surface and an inner surface; a touch sensor substrate having a first surface and an opposing second surface; wherein the first substrate and the touch sensor substrate are configured to form a part of a laminated structure; wherein a first region of the first surface of the touch sensor substrate is configured to have a shape different to an adjacent region of the inner surface of the first substrate, thereby giving rise to the creation of a gap between the first and second substrates (101, 104); and wherein at least a part of the first region is configured to have a flat surface (110, 210, 310) able to provide a flat bonding area and/or a flat mounting area. a first substrate having an outer touch surface and an inner surface; a touch sensor substrate having a first surface and an opposing second surface; wherein the first substrate and the touch sensor substrate are configured to form a part of a laminated structure; wherein a first region of the first surface of the touch sensor substrate is configured to have a shape different to an adjacent region of the inner surface of the first substrate, thereby giving rise to the creation of a gap between the first and second substrates (101, 104); and wherein at least a part of the first region is configured to have a flat surface (110, 210, 310) able to provide a flat bonding area and/or a flat mounting area.
Washing method for a water-conveying domestic appliance, in particular a dishwasher which, in particular, has a drying device having a reversibly dehydratable desiccant, whereby in at least one sub-program step of a first washing operation washing liquid is warmed up in a first mode of operating to a first temperature (T R1), wherein after a prescribed number of washing operations carried out in the first mode of operation and/or as a function of process parameters of preceding washing operations, at least one washing operation is carried out in a second mode of operation, during which washing liquid is warmed up to a second temperature (T R2) which is higher by comparison with the first temperature (T R1) and wherein the sub-program step, which can be carried out in the first or second mode of operation (I, II), is a cleaning step in which the first and second temperatures (T R1, T R2) respectively correspond to the cleaning temperature, characterised in that the temperatures of the preliminary rinse, final rinse and dry sub-program steps which are carried out after the cleaning step are less that the first or second cleaning temperature (T R1, T R2).
A quasi-bipolar battery assembly comprising: a) at least two battery cells (101, 102), each battery cell comprising: i) first and second metallic half-cell case elements (703, 707), said first and second half-cell elements are hollowed and each configured with a peripheral rim; ii) an insulating sealing member disposed between edges of said first and second metallic half-cell case elements, said insulating sealing member is configured as a gasket adapted to seal said cell at said peripheral rims; iii) an anode and a cathode separated by a porous separator, with said anode being in electrical connection with said first metallic half-cell case element and said cathode being in electrical connection with said second metallic half-cell case element; iv) an electrolyte disposed within said metallic half-cell case elements; and b) at least one air space disposed between two adjacent cells of said at least two battery cells, adapted to receive gaseous cooling fluid therethrough; wherein said adjacent battery cells are connected by electrically conductive corrugated interconnections (783, 784) at a plurality of connection points disposed in said at least one air space within the footprint of the battery cell. a) at least two battery cells (101, 102), each battery cell comprising: i) first and second metallic half-cell case elements (703, 707), said first and second half-cell elements are hollowed and each configured with a peripheral rim; ii) an insulating sealing member disposed between edges of said first and second metallic half-cell case elements, said insulating sealing member is configured as a gasket adapted to seal said cell at said peripheral rims; iii) an anode and a cathode separated by a porous separator, with said anode being in electrical connection with said first metallic half-cell case element and said cathode being in electrical connection with said second metallic half-cell case element; iv) an electrolyte disposed within said metallic half-cell case elements; and i) first and second metallic half-cell case elements (703, 707), said first and second half-cell elements are hollowed and each configured with a peripheral rim; ii) an insulating sealing member disposed between edges of said first and second metallic half-cell case elements, said insulating sealing member is configured as a gasket adapted to seal said cell at said peripheral rims; iii) an anode and a cathode separated by a porous separator, with said anode being in electrical connection with said first metallic half-cell case element and said cathode being in electrical connection with said second metallic half-cell case element; iv) an electrolyte disposed within said metallic half-cell case elements; and b) at least one air space disposed between two adjacent cells of said at least two battery cells, adapted to receive gaseous cooling fluid therethrough;