mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for thermally processing a relief image printing element , wherein the relief image printing element comprises at least one photopolymer layer, and wherein the relief image printing element is selectively exposed to actinic radiation to crosslink portions of the at least one photopolymer layer, while portions of the at least one photopolymer layer are not exposed to actinic radiation and are not crosslinked, the apparatus comprising: a) means for supporting the relief image printing element; b) heating means for melting or softening non-crosslinked portions of the at least one photopolymer layer; c) at least one rotatable roll with a blotting material arranged on a portion of the at least one rotatable roll , that is capable of bringing the blotting material into contact with the at least one photopolymer layer to remove the melted or softened non-crosslinked portions of the at least one photopolymer layer, wherein a nip is formed between the means for supporting the relief image printing element and the at least one rotatable roll , wherein as the at least one rotatable roll rotates against the printing element, melted or softened non-crosslinked portions of the at least one photopolymer layer are transferred from the printing element to the blotting material ; characterized by : d) a scraping means arranged adjacent to the at least one rotatable roll, for removing non-crosslinked photopolymer remaining on a surface of the at least one rotatable roll after melted or softened non-crosslinked portions of the at least one photopolymer layer are transferred from the printing element to the blotting material. a) means for supporting the relief image printing element; b) heating means for melting or softening non-crosslinked portions of the at least one photopolymer layer; c) at least one rotatable roll with a blotting material arranged on a portion of the at least one rotatable roll , that is capable of bringing the blotting material into contact with the at least one photopolymer layer to remove the melted or softened non-crosslinked portions of the at least one photopolymer layer, wherein a nip is formed between the means for supporting the relief image printing element and the at least one rotatable roll , wherein as the at least one rotatable roll rotates against the printing element, melted or softened non-crosslinked portions of the at least one photopolymer layer are transferred from the printing element to the blotting material ; characterized by : d) a scraping means arranged adjacent to the at least one rotatable roll, for removing non-crosslinked photopolymer remaining on a surface of the at least one rotatable roll after melted or softened non-crosslinked portions of the at least one photopolymer layer are transferred from the printing element to the blotting material.
Method for treating a surface of a workpiece, wherein the workpiece having the surface to be treated is a particle board, comprising the steps of providing a material produced during working of a semi-finished product, preferably wood material, in particular wood chips or wood dust, mixing the material produced with a binder so as to form a curable mixture, applying the curable mixture to the surface of the workpiece to be treated, and at least partially curing the mixture, wherein the surface is reworked by means of machining after the curable mixture has cured.
A thermosetting composition comprising: a thermosetting compound; and a hexagonal boron nitride D, wherein the thermosetting compound contains a cyanate compound A and/or a maleimide compound B, and a modified polyphenylene ether C having a substituent with a carbon-carbon unsaturated double bond at at least one terminal, and a content of the hexagonal boron nitride D is 0.1 parts by mass or more and 15 parts by mass or less based on 100 parts by mass of the thermosetting compound. a thermosetting compound; and a hexagonal boron nitride D, wherein the thermosetting compound contains a cyanate compound A and/or a maleimide compound B, and a modified polyphenylene ether C having a substituent with a carbon-carbon unsaturated double bond at at least one terminal, and a content of the hexagonal boron nitride D is 0.1 parts by mass or more and 15 parts by mass or less based on 100 parts by mass of the thermosetting compound.
A flooring system for generating electricity, comprising: a plurality of generators , each generator having a support , each generator being arranged to generate electricity from linear motion of the support in a first direction; and a plurality of tiles for supporting one or more people, characterised in that : each support supports a plurality of tiles ; and the major surfaces of each tile are generally shaped as a triangle. a plurality of generators , each generator having a support , each generator being arranged to generate electricity from linear motion of the support in a first direction; and a plurality of tiles for supporting one or more people, characterised in that : each support supports a plurality of tiles ; and the major surfaces of each tile are generally shaped as a triangle. each support supports a plurality of tiles ; and the major surfaces of each tile are generally shaped as a triangle.
A method for purifying oses derived from hemicellulose originating from lignocellulosic biomasses, said oses being contained in an acid hydrolysate obtained by partial hydrolysis of lignocellulosic biomasses by means of at least one acid catalyst, said acid hydrolysate including in addition a cellulosic matrix, solid residues and/or suspended matters, said method being characterized in that it includes the following steps: - the cellulosic matrix and the solid residues and/or the suspended matters are removed from the acid hydrolysate, in order to obtain a clarified hydrolysate; - without any addition of a basic chemical reagent to increase the pH, said clarified hydrolysate is subjected to at least one ultrafiltration step and/or to at least one nanofiltration step by means of an organic membrane having a cut-off threshold between 100 and 50 000 Da and being resistant to an acidic pH of about 1, so as to obtain, on the one hand, a filtrate containing the majority of pentoses and the non-neutralized acid catalyst and, on the other hand, a retentate containing the species likely to precipitate under the action of an increase in pH; - said filtrate is treated with at least one electro-dialysis step so as to recover the acid catalyst in an acid-enriched solution and to obtain a de-acidified filtrate. - the cellulosic matrix and the solid residues and/or the suspended matters are removed from the acid hydrolysate, in order to obtain a clarified hydrolysate; - without any addition of a basic chemical reagent to increase the pH, said clarified hydrolysate is subjected to at least one ultrafiltration step and/or to at least one nanofiltration step by means of an organic membrane having a cut-off threshold between 100 and 50 000 Da and being resistant to an acidic pH of about 1, so as to obtain, on the one hand, a filtrate containing the majority of pentoses and the non-neutralized acid catalyst and, on the other hand, a retentate containing the species likely to precipitate under the action of an increase in pH; - said filtrate is treated with at least one electro-dialysis step so as to recover the acid catalyst in an acid-enriched solution and to obtain a de-acidified filtrate.
A wall mounted training arrangement configured to move between a folded position (P0) for storage and a first unfolded position (P1) for training, the wall mounted training arrangement comprising: a first rod pair which is pivotably attached to the wall at a first height (H1), a second rod pair which is pivotably attached to the wall at a second height (H2) being at a first distance (D1) from the first height (H1), two floor supports which are configured to support the wall mounted training arrangement against the floor in the first unfolded position (P1), the two floor supports being pivotably attached to the first rod pair and the second rod pair , wherein the floor supports have a first end and a second end , the first end configured to be positioned above the second end in the folded position (P0), a training seat attached to the floor supports and the first rod pair and a training bar attached to the first rod pair or second rod pair , wherein the training seat and the training bar are positioned in the first unfolded position so as to allow a first training exercise, wherein the wall mounted training arrangement is further configured to move between the folded position (P0) for storage and a second unfolded position (P2) in which the training seat and the training bar are positioned in the second unfolded position (P2) so as to allow a second training exercise. a first rod pair which is pivotably attached to the wall at a first height (H1), a second rod pair which is pivotably attached to the wall at a second height (H2) being at a first distance (D1) from the first height (H1), two floor supports which are configured to support the wall mounted training arrangement against the floor in the first unfolded position (P1), the two floor supports being pivotably attached to the first rod pair and the second rod pair , wherein the floor supports have a first end and a second end , the first end configured to be positioned above the second end in the folded position (P0), a training seat attached to the floor supports and the first rod pair and a training bar attached to the first rod pair or second rod pair , wherein the training seat and the training bar are positioned in the first unfolded position so as to allow a first training exercise, wherein the wall mounted training arrangement is further configured to move between the folded position (P0) for storage and a second unfolded position (P2) in which the training seat and the training bar are positioned in the second unfolded position (P2) so as to allow a second training exercise.
A method of computer memory management, the method comprising: accessing a memory pool table , the memory pool table including entries that describe a plurality of memory pools, each memory pool representing memory pages related by common attributes, and each memory pool associated with a virtual machine index; accessing a per-page tracking table , each entry in the per-page tracking table to relate a memory page with virtual machine indices of the memory pool table ; scanning each entry in the per-page tracking table and, for each entry: determining an amount of memory released if the memory page related with the entry is swapped; and aggregating the amount of memory for the respective virtual machine related with the memory page related with the entry in the per-page tracking table , to produce a per-virtual machine memory aggregate using the respective virtual machine index; and outputting the per-virtual machine memory aggregate for virtual machines related with the memory pages in the per-page tracking table . accessing a memory pool table , the memory pool table including entries that describe a plurality of memory pools, each memory pool representing memory pages related by common attributes, and each memory pool associated with a virtual machine index; accessing a per-page tracking table , each entry in the per-page tracking table to relate a memory page with virtual machine indices of the memory pool table ; scanning each entry in the per-page tracking table and, for each entry: determining an amount of memory released if the memory page related with the entry is swapped; and aggregating the amount of memory for the respective virtual machine related with the memory page related with the entry in the per-page tracking table , to produce a per-virtual machine memory aggregate using the respective virtual machine index; and outputting the per-virtual machine memory aggregate for virtual machines related with the memory pages in the per-page tracking table . determining an amount of memory released if the memory page related with the entry is swapped; and aggregating the amount of memory for the respective virtual machine related with the memory page related with the entry in the per-page tracking table , to produce a per-virtual machine memory aggregate using the respective virtual machine index; and outputting the per-virtual machine memory aggregate for virtual machines related with the memory pages in the per-page tracking table .
A video display apparatus , comprising: a screen configured to display a video signal an input configured to receive an audio/video signal containing at least picture information of a picture to be displayed on the screen; a processor configured to sense a viewing direction of a viewer with respect to said display screen; a video processor configured to: perform a zooming function on the received video signal; detect the occurrence of a scene change in said received video signal and generate a reset signal if a scene change is detected; and modify said received video signal by applying a pan and tilt function according to a control signal obtained from a controller and provide said modified video signal to the screen ; and the controller responsive to an output signal of said processor and to an output signal of the video processor , configured to: determine the pan and tilt function to be applied with respect to said viewing direction sensed by the processor to track the viewer's viewing angle and wherein, upon detection of the occurrence of a scene change; and center the picture of the audio/video signal when receiving the reset signal . a screen configured to display a video signal an input configured to receive an audio/video signal containing at least picture information of a picture to be displayed on the screen; a processor configured to sense a viewing direction of a viewer with respect to said display screen; a video processor configured to: perform a zooming function on the received video signal; detect the occurrence of a scene change in said received video signal and generate a reset signal if a scene change is detected; and modify said received video signal by applying a pan and tilt function according to a control signal obtained from a controller and provide said modified video signal to the screen ; and perform a zooming function on the received video signal; detect the occurrence of a scene change in said received video signal and generate a reset signal if a scene change is detected; and modify said received video signal by applying a pan and tilt function according to a control signal obtained from a controller and provide said modified video signal to the screen ; and the controller responsive to an output signal of said processor and to an output signal of the video processor , configured to: determine the pan and tilt function to be applied with respect to said viewing direction sensed by the processor to track the viewer's viewing angle and wherein, upon detection of the occurrence of a scene change; and center the picture of the audio/video signal when receiving the reset signal . determine the pan and tilt function to be applied with respect to said viewing direction sensed by the processor to track the viewer's viewing angle and wherein, upon detection of the occurrence of a scene change; and center the picture of the audio/video signal when receiving the reset signal .
A biodegradable tubular article, wherein the tubular article is profile extrusion molded from a polymer resin comprising at least 25 weight percent of at least one biodegradable polymer, wherein the at least one biodegradable polymer comprises a reaction product formed from reactive extrusion of polyhydroxyalkanoates and a second biodegradable polymer; and wherein the polyhydroxyalkanoates comprise from about 65 to about 99.5 mole percent hydroxybutyrate moieties and from about 0.5 to about 35 mole percent hydroxyhexanoate moieties; and wherein the reactive extrusion is catalyzed by a polymerization catalyst selected from the group consisting of epoxides, isocyanates, acrylates, anhydrides, acids, and/or alcohols. wherein the at least one biodegradable polymer comprises a reaction product formed from reactive extrusion of polyhydroxyalkanoates and a second biodegradable polymer; and wherein the polyhydroxyalkanoates comprise from about 65 to about 99.5 mole percent hydroxybutyrate moieties and from about 0.5 to about 35 mole percent hydroxyhexanoate moieties; and wherein the reactive extrusion is catalyzed by a polymerization catalyst selected from the group consisting of epoxides, isocyanates, acrylates, anhydrides, acids, and/or alcohols.
A network device comprising: a network controller comprising a transmit scheduler configured to control scheduling nodes organized in a topology to implement packet transmission scheduling and queuing flows, wherein the transmit scheduler is configured to: identify, from a plurality of configuration operations to be executed on one or more of the scheduling nodes, (i) one or more first configuration operations to be executed while the scheduling nodes are active, (ii) one or more second configuration operations to be executed while the scheduling nodes are inactive, and (iii) one or more third configuration operations to be executed via a buffer while the scheduling nodes are active; execute the one or more first configuration operations as part of a background process while the scheduling nodes are active; execute the one or more second configuration operations while the scheduling nodes are inactive, which comprises to determine that a scheduling pipeline on the transmit scheduler is not executing pending transmission operations; suspend operation of the transmit scheduler; execute the one or more second configuration operations; resume operation of the transmit scheduler; load the one or more third configuration operations in the buffer; and activate the buffer; and execute the one or more third configuration operations via the buffer while the scheduling nodes are active. identify, from a plurality of configuration operations to be executed on one or more of the scheduling nodes, (i) one or more first configuration operations to be executed while the scheduling nodes are active, (ii) one or more second configuration operations to be executed while the scheduling nodes are inactive, and (iii) one or more third configuration operations to be executed via a buffer while the scheduling nodes are active; execute the one or more first configuration operations as part of a background process while the scheduling nodes are active; execute the one or more second configuration operations while the scheduling nodes are inactive, which comprises to determine that a scheduling pipeline on the transmit scheduler is not executing pending transmission operations; suspend operation of the transmit scheduler; execute the one or more second configuration operations; resume operation of the transmit scheduler; load the one or more third configuration operations in the buffer; and activate the buffer; and determine that a scheduling pipeline on the transmit scheduler is not executing pending transmission operations; suspend operation of the transmit scheduler; execute the one or more second configuration operations; resume operation of the transmit scheduler; load the one or more third configuration operations in the buffer; and activate the buffer; and execute the one or more third configuration operations via the buffer while the scheduling nodes are active.
A knob assembly comprising a sub-assembly and a knob , said sub-assembly comprising: - a housing , - an arm rotationally connected to the housing such that the arm rotates around a first rotational axis (A), - a cover defining a first space, said cover being connected to the arm such that the cover rotates around a second rotational axis (B) parallel to said first rotational axis (A), - guiding means defining a relative movement between the cover and the housing such that, the cover comes from a lock position, in which the knob is accommodated in the first space and is inaccessible, to an unlock position, in which said knob is accessible, through a combined movement around said first and second rotational axis. - a housing , - an arm rotationally connected to the housing such that the arm rotates around a first rotational axis (A), - a cover defining a first space, said cover being connected to the arm such that the cover rotates around a second rotational axis (B) parallel to said first rotational axis (A), - guiding means defining a relative movement between the cover and the housing such that, the cover comes from a lock position, in which the knob is accommodated in the first space and is inaccessible, to an unlock position, in which said knob is accessible, through a combined movement around said first and second rotational axis.
A piezoelectric assembly, comprising: a vibrating member made of a piezoelectric material, the vibrating member including two or more piezoelectric layers stacked in sequence, where a size of at least one of the piezoelectric layers is smaller in size than any one of the other piezoelectric layers to form a stepped structure; and a signal line connected to the vibrating member , characterised in that the vibrating member is provided with an escape portion adapted to a screen body of a screen component, the escape portion being configured into a hole-shaped space or a notch-shaped space. a vibrating member made of a piezoelectric material, the vibrating member including two or more piezoelectric layers stacked in sequence, where a size of at least one of the piezoelectric layers is smaller in size than any one of the other piezoelectric layers to form a stepped structure; and a signal line connected to the vibrating member , characterised in that the vibrating member is provided with an escape portion adapted to a screen body of a screen component, the escape portion being configured into a hole-shaped space or a notch-shaped space.