mhurhangee/patent-ind-claim-en huggingface dataset:
Method for weaving a pile fabric with one or more pile-free zones, in which in each case one or more ground weft threads are inserted between warp threads (4-7), (8-11),(12-21),(101-107) on a weaving loom in series of successive weft insertion cycles, so that at least one ground fabric (I), (II) is woven comprising ground weft threads , binding warp threads , ; , and tension warp threads ; , , , and so that pile warp threads (12-16); (17-21) (101-104) are interlaced, in at least one pile zone, with one or more ground weft threads in the ground fabric (I),(II) while forming pile, wherein in each case at least one ground weft thread and at least two effect weft threads , having mutually different appearance-determining properties are inserted at well-defined weft insertion levels in successive series of at least two successive weft insertion cycles, and the effect weft threads , in each series are inserted in successive weft insertion cycles, and, in order to create a predetermined effect in at least one pile-free zone, the binding warp threads , ; , are positioned in such a way with respect to the weft-insertion levels that, in at least one series, at least one effect weft thread , runs substantially uncovered on the pile side of the ground fabric (I),(II) in at least a part of the pile-free zone, while every other effect weft thread , of this/these series in said part of the pile-free zone is substantially covered by binding warp threads , ; , of the ground fabric (I),(II).
A vector for vaccine delivery in livestock comprising: a nucleic acid sequence encoding an infectious Orf virus operably linked to a heterologous nucleic acid sequence encoding at least one antigen, wherein the at least one antigen encoding sequence is inserted into an insertion site created by a deletion in ORFV024 and/or ORFV121 of a wild type Orf virus strain.
A rubber latex elastic foamed body, in which a rubber latex and sodium silicofluoride are used as raw materials, wherein the rubber latex elastic foamed body has an average radius of cellular foam of 40 μm or more and 100 μm or less, a bulk density of 0.12 g/cm 3 or more and 0.16 g/cm 3 or less, a stress of 0.1 N/cm 2 or more and 1 N/cm 2 or less at 50% compression, and a coefficient of dynamic friction of 0.5 or more and 1.8 or less.
Method of fabricating a film material, the film material comprising micro-images and a regular two dimensional array of non-cylindrical lenses , the film material utilizing the regular two dimensional array of non-cylindrical lenses to enlarge the micro-images, and to form a synthetically magnified image through the united performance of a multiplicity of individual lens/micro-image systems, the method comprising the steps of: - forming the micro-images by microstructure replication such that the micro-images are formed from voids and solid regions in a microstructure in combination and - filling or coating the voids in the microstructure with another material such as evaporated metal material or dyed or pigmented material, wherein the film material is combined with an optical spacer , wherein the micro-image elements are in the lenses' focal planes and wherein the micro-images are protected by a sealing layer ; wherein the micro-images are not formed by patterns of colorless, colored, tinted, or dyed material applied to the lower surface of the optical spacer by a printing method including not by intaglio printing. - forming the micro-images by microstructure replication such that the micro-images are formed from voids and solid regions in a microstructure in combination and - filling or coating the voids in the microstructure with another material such as evaporated metal material or dyed or pigmented material,
Interface device associated with a refrigerating device , the refrigerating device comprising a refrigeration chamber , said interface device being characterised in that it comprises: - means for receiving a set of temperatures, the set of temperatures having been measured by means for measuring temperature distributed within the refrigeration chamber ; - means for determining a thermal map using said set of temperatures received, the thermal map representing the temperature in locations within the refrigeration chamber ; - means for displaying the determined thermal map ; - means for displaying symbols representing food types , it being possible to select a food type by an action performed on the corresponding symbol ; - means for determining a recommended location in said refrigeration chamber taking into account said thermal map and the selected food type ; and - means for displaying said determined recommended location . - means for receiving a set of temperatures, the set of temperatures having been measured by means for measuring temperature distributed within the refrigeration chamber ; - means for determining a thermal map using said set of temperatures received, the thermal map representing the temperature in locations within the refrigeration chamber ; - means for displaying the determined thermal map ; - means for displaying symbols representing food types , it being possible to select a food type by an action performed on the corresponding symbol ; - means for determining a recommended location in said refrigeration chamber taking into account said thermal map and the selected food type ; and - means for displaying said determined recommended location .
An anti-SIRPα antibody or an antigen-binding fragment thereof, comprising heavy chain (HC) and light chain (LC) variable region (VR) complementarity determining regions (CDRs) CDR1, CDR2 and CDR3, wherein: a. HC VR CDR1 consists of the amino acid sequence HGIS, b. HC VR CDR2 consists of the amino acid sequence TIGTGVITYFASWAKG, c. HC VR CDR3 consists of the amino acid sequence GSAWNDPFDP, d. LC VR CDR1 consists of the amino acid sequence QASQSVYGNNDLA, e. LC VR CDR2 consists of the amino acid sequence LASTLAT, and f. LC VR CDR3 consists of the amino acid sequence LGGGDDEADNV, wherein the CDRs are determined according to Kabat numbering. a. HC VR CDR1 consists of the amino acid sequence HGIS, b. HC VR CDR2 consists of the amino acid sequence TIGTGVITYFASWAKG, c. HC VR CDR3 consists of the amino acid sequence GSAWNDPFDP, d. LC VR CDR1 consists of the amino acid sequence QASQSVYGNNDLA, e. LC VR CDR2 consists of the amino acid sequence LASTLAT, and f. LC VR CDR3 consists of the amino acid sequence LGGGDDEADNV,
A method, executed by one or more processors of a controller (100; 1200), comprising: receiving capacitance values provided by a proximity sensor of a handle of the controller (100; 1200), wherein the proximity sensor has capacitive pads , at least some of which are arranged into columns and rows, and the capacitive values are provided by the capacitive pads when one or more objects are in proximity to the handle of the controller; determining a first score for a first controller configuration based at least in part on the capacitance values; determining a second score for a second controller configuration based at least in part on the capacitance values; ranking the first score and the second score; selecting the first controller configuration based on the first score having a higher ranking than the second score; and configuring the controller according to the selected first controller configuration. receiving capacitance values provided by a proximity sensor of a handle of the controller (100; 1200), wherein the proximity sensor has capacitive pads , at least some of which are arranged into columns and rows, and the capacitive values are provided by the capacitive pads when one or more objects are in proximity to the handle of the controller; determining a first score for a first controller configuration based at least in part on the capacitance values; determining a second score for a second controller configuration based at least in part on the capacitance values; ranking the first score and the second score; selecting the first controller configuration based on the first score having a higher ranking than the second score; and configuring the controller according to the selected first controller configuration.
A system for intravascular imaging, the system comprising: an ultrasonic transducer disposed at a distal portion of an intravascular imaging instrument ; a module operably coupled to a proximal portion of the intravascular imaging instrument, the module operable to provide a plurality of trigger signals; and a processor operable to trigger a first sequencer operation and a second sequencer operation in response to each trigger signal, wherein each sequencer operation includes stimulating the ultrasonic transducer to transmit an ultrasonic signal into a vessel; wherein the first sequencer operation consists of sending an ultrasonic signal into the vessel at one frequency and the second sequencer operation comprises sending and receiving a second ultrasonic signal, wherein the second ultrasonic signal is at a harmonic frequency of the frequency of the ultrasonic signal of the first sequencer operation. an ultrasonic transducer disposed at a distal portion of an intravascular imaging instrument ; a module operably coupled to a proximal portion of the intravascular imaging instrument, the module operable to provide a plurality of trigger signals; and a processor operable to trigger a first sequencer operation and a second sequencer operation in response to each trigger signal, wherein each sequencer operation includes stimulating the ultrasonic transducer to transmit an ultrasonic signal into a vessel; wherein the first sequencer operation consists of sending an ultrasonic signal into the vessel at one frequency and the second sequencer operation comprises sending and receiving a second ultrasonic signal, wherein the second ultrasonic signal is at a harmonic frequency of the frequency of the ultrasonic signal of the first sequencer operation.
A gimbal for carrying an imaging device, comprising: a first support frame , a second support frame hinged with the first support frame and a locking device arranged on the first support frame ; wherein the first support frame is configured to support the imaging device through the locking device , and the first support frame comprises two first struts ; wherein the gimbal further comprises at least one center of gravity (CG) adjusting unit , and characterized in that , a portion of the at least one CG adjusting unit is arranged at least within one of the first struts to adjust the center of gravity of the first support frame and in that the second support frame is including a driving device being capable of driving a rotation of the first support frame . a first support frame , a second support frame hinged with the first support frame and a locking device arranged on the first support frame ; wherein the first support frame is configured to support the imaging device through the locking device , and the first support frame comprises two first struts ; wherein the gimbal further comprises at least one center of gravity (CG) adjusting unit , and characterized in that , a portion of the at least one CG adjusting unit is arranged at least within one of the first struts to adjust the center of gravity of the first support frame and in that the second support frame is including a driving device being capable of driving a rotation of the first support frame .
A powder-liquid dental curable material kit composed of a liquid material (A) and a powder material (B) and including a combination of an organic halogen compound, a pyrimidinetrione compound and an organic metal compound as a radical polymerization initiator, wherein: the liquid material (A) contains a radically polymerizable (meth)acrylic monomer(a1), the organic halogen compound (a2) and a radical chain transfer agent(a3); the powder material (B) contains (b1) non-crosslinked resin particles, (b2) the pyrimidinetrione compound and (b3) the organic metal compound; and (Z) a peroxide is blended in at least one of the liquid material (A) and the powder material (B), the peroxide being benzoyl peroxide, serving as an oxygen supply source, and being contained in an amount of less than 0.5 parts by mass per 100 parts by mass of a mixture of the liquid material (A) and the powder material (B). the liquid material (A) contains a radically polymerizable (meth)acrylic monomer(a1), the organic halogen compound (a2) and a radical chain transfer agent(a3); the powder material (B) contains (b1) non-crosslinked resin particles, (b2) the pyrimidinetrione compound and (b3) the organic metal compound; and (Z) a peroxide is blended in at least one of the liquid material (A) and the powder material (B), the peroxide being benzoyl peroxide, serving as an oxygen supply source, and being contained in an amount of less than 0.5 parts by mass per 100 parts by mass of a mixture of the liquid material (A) and the powder material (B).
Method for joint evaluation of a medical image dataset (B) on a first data processing device and at least one second data processing device which is connected thereto by way of a data transmission network , - wherein a first application is performed in the first data processing device and a second application is performed in the second data processing device , - wherein each of these applications has a respective graphical user interface having at least one segment for display of a view (V) of the image dataset (B), characterised in that - this view (V) is derived from the image dataset (B) by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - the segment of the first application is operated as a presenter segment in that data (T3), which is partially processed by means of a colour filter of the image processing pipeline of the presenter segment , of the image dataset (B) is decoupled from the image processing pipeline of this presenter segment before form factor adjustment has been performed and is transferred to the second application , and - the segment of the second application is operated as an observer segment in that the transferred partially processed data (T3) of the image dataset (B) is coupled to the image processing pipeline of this observer segment before form factor adjustment for preparing the view (V) by means of a filter of the image processing pipeline of the observer segment . - wherein a first application is performed in the first data processing device and a second application is performed in the second data processing device , - wherein each of these applications has a respective graphical user interface having at least one segment for display of a view (V) of the image dataset (B), characterised in that - this view (V) is derived from the image dataset (B) by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - wherein each of these applications has a respective graphical user interface having at least one segment for display of a view (V) of the image dataset (B), characterised in that - this view (V) is derived from the image dataset (B) by means of an image processing pipeline that is associated with the respective segment in a multi-stage processing process, - the segment of the first application is operated as a presenter segment in that data (T3), which is partially processed by means of a colour filter of the image processing pipeline of the presenter segment , of the image dataset (B) is decoupled from the image processing pipeline of this presenter segment before form factor adjustment has been performed and is transferred to the second application , and - the segment of the second application is operated as an observer segment in that the transferred partially processed data (T3) of the image dataset (B) is coupled to the image processing pipeline of this observer segment before form factor adjustment for preparing the view (V) by means of a filter of the image processing pipeline of the observer segment .
A method of manufacturing a multi-layer visor system for a personal protection system, the multi-layer visor system comprising a base film layer , a first removable film layer of one or more removable film layers releasably coupled to an outer-facing surface of the base film layer , a first release layer disposed between the base film layer and the first removable film layer , wherein the first release layer is configured to enable separation of the first removable film layer from the outer-facing surface of the base film layer , a first protective film releasably coupled to an inner-facing surface of the base film layer and a second protective film releasably formed over an outermost removable film layer of the one or more removable film layers, wherein the base film layer defines a perimeter and the first removable film layer defines a perimeter , wherein the perimeter of the first removable film layer is contained completely within the perimeter of the base film layer , the method comprising the steps of: coextruding a visor film including the base film layer , the first release layer and the first removable film layer of one or more removable film layers at a temperature of at least about 280 degrees Celsius; cutting the base film layer , the first release layer and the first removable film layer in the shape of the perimeter of the base film layer ; and cutting the first removable film layer in the shape of the perimeter (1520 of the first removable film layer . coextruding a visor film including the base film layer , the first release layer and the first removable film layer of one or more removable film layers at a temperature of at least about 280 degrees Celsius; cutting the base film layer , the first release layer and the first removable film layer in the shape of the perimeter of the base film layer ; and cutting the first removable film layer in the shape of the perimeter (1520 of the first removable film layer .
A helmet comprising: a rigid shell dimensioned to receive the head of a wearer; a visor moveably attached to the shell and configurable between a first position in which the visor extends from a forward region of the shell and a second position in which the visor is substantially retracted with respect to the forward region of the shell, characterised in that the helmet is configured such that in use, actuation of the movement of the visor between the first position and the second position is automated on removal of the helmet from the head of a user. a rigid shell dimensioned to receive the head of a wearer; a visor moveably attached to the shell and configurable between a first position in which the visor extends from a forward region of the shell and a second position in which the visor is substantially retracted with respect to the forward region of the shell, characterised in that the helmet is configured such that in use, actuation of the movement of the visor between the first position and the second position is automated on removal of the helmet from the head of a user.
A visual information distribution system , of the type comprising visual distribution means adapted to distribute said visual information in a first predefined language, said visual distribution means comprising at least one display coupled to at least one control unit , said system comprises connection means for establishing a telephone connection with a mobile telephone through a telephone network , said connection means being associated with said visual distribution means for distributing said visual information through said at least one display in a second language corresponding to the language of the country where a SIM card has been associated with said mobile telephone that has established said telephone connection, wherein said at least one display comprises a visible portion displaying a telephone number associated with said at least one display and/or that it comprises a plurality of displays , each display comprising a visible portion displaying a telephone number which is different from a telephone number of the other displays and characterized by : said distribution means are operated in a manner such that the telephone connection is answered automatically and a menu is presented for choosing the language and/or the display that must distribute the visual information, and wherein it is adapted for making a selection from said menu in order to choose a language and a display by the user. said distribution means are operated in a manner such that the telephone connection is answered automatically and a menu is presented for choosing the language and/or the display that must distribute the visual information, and wherein it is adapted for making a selection from said menu in order to choose a language and a display by the user.
Device for detecting snow on a glazed surface of a motor vehicle , characterized in that it comprises: - at least one image acquisition device configured to make it possible to spectrally analyse, in the shortwave infrared, the outside light passing through the glazed surface , - a central unit configured to, on the one hand, calculate a value relating to luminosity in one or more images acquired by the image acquisition device and to compare this value with at least one predefined first threshold value and to, on the other hand, command an operation of wiping the glazed surface depending on the result of this comparison. - at least one image acquisition device configured to make it possible to spectrally analyse, in the shortwave infrared, the outside light passing through the glazed surface , - a central unit configured to, on the one hand, calculate a value relating to luminosity in one or more images acquired by the image acquisition device and to compare this value with at least one predefined first threshold value and to, on the other hand, command an operation of wiping the glazed surface depending on the result of this comparison.
Mounting system for mounting photovoltaic modules on roofs, having a fall protection device by way of which it is preventable that a person present on the roof can fall off the latter; wherein the fall protection device comprises a rope guiding device which is attached to the mounting system, and a safety rope which is guided by the rope guiding device and to which the person present there can connect; wherein the mounting system comprises - base rails which are to be directly disposed on the roof or on a protective mat placed on the latter; and - support elements which are able to be assembled on the base rails and to which the photovoltaic modules and/or other photovoltaic system components are attachable; and wherein the rope guiding device is attached to the base rails, characterized in that the rope guiding device comprises a plurality of U-brackets which are conceived to be plugged onto the base rails from the side and to be fastened to the latter. wherein the fall protection device comprises a rope guiding device which is attached to the mounting system, and a safety rope which is guided by the rope guiding device and to which the person present there can connect; wherein the mounting system comprises - base rails which are to be directly disposed on the roof or on a protective mat placed on the latter; and - support elements which are able to be assembled on the base rails and to which the photovoltaic modules and/or other photovoltaic system components are attachable; and - base rails which are to be directly disposed on the roof or on a protective mat placed on the latter; and - support elements which are able to be assembled on the base rails and to which the photovoltaic modules and/or other photovoltaic system components are attachable; and wherein the rope guiding device is attached to the base rails, characterized in that the rope guiding device comprises a plurality of U-brackets which are conceived to be plugged onto the base rails from the side and to be fastened to the latter.