mhurhangee/ep-ind-claims huggingface dataset:
A resin composition for molding process comprising; 100 parts by weight of a thermoplastic resin and 0.02 - 5 parts by weight of a wax comprising: 99.98 - 95% by weight of an amide wax component which is obtained through dehydration condensation between an acids which comprises, 2 moles in molar ratio of a saturated aliphatic monocarboxylic acids having a carbon number of 12 - 22 and "a" mole of a polybasic acids having a carbon number of 2 - 14; "a" is defined by 0 ≤ "a" ≤ 5 in molar ratio, and "b" mole of a diamines having a carbon number of 2 - 14; "b" is defined by 1 ≤ "b" ≤ 6 in molar ratio and the total number of carboxylic groups is adjusted to be equal to the total number of amino groups and 0.02 - 5% by weight of an oxidation inhibitor which is compatibly dissolved in the amide wax component the oxidation inhibitor is a phosphite base oxidation inhibitor,and the purity of the saturated aliphatic monocarboxylic acid is at least 60% by weight. 100 parts by weight of a thermoplastic resin and 0.02 - 5 parts by weight of a wax comprising: 99.98 - 95% by weight of an amide wax component which is obtained through dehydration condensation between an acids which comprises, 2 moles in molar ratio of a saturated aliphatic monocarboxylic acids having a carbon number of 12 - 22 and "a" mole of a polybasic acids having a carbon number of 2 - 14; "a" is defined by 0 ≤ "a" ≤ 5 in molar ratio, and "b" mole of a diamines having a carbon number of 2 - 14; "b" is defined by 1 ≤ "b" ≤ 6 in molar ratio and the total number of carboxylic groups is adjusted to be equal to the total number of amino groups and 0.02 - 5% by weight of an oxidation inhibitor which is compatibly dissolved in the amide wax component 99.98 - 95% by weight of an amide wax component which is obtained through dehydration condensation between an acids which comprises, 2 moles in molar ratio of a saturated aliphatic monocarboxylic acids having a carbon number of 12 - 22 and "a" mole of a polybasic acids having a carbon number of 2 - 14; "a" is defined by 0 ≤ "a" ≤ 5 in molar ratio, and "b" mole of a diamines having a carbon number of 2 - 14; "b" is defined by 1 ≤ "b" ≤ 6 in molar ratio and the total number of carboxylic groups is adjusted to be equal to the total number of amino groups and 0.02 - 5% by weight of an oxidation inhibitor which is compatibly dissolved in the amide wax component the oxidation inhibitor is a phosphite base oxidation inhibitor,and the purity of the saturated aliphatic monocarboxylic acid is at least 60% by weight.
An adjustable cut guide for resecting a bone, the cut guide comprising: a base defining: a channel extending between a first end of the base and a second end of the base; and a slot intersecting the channel; a cam connected to the base and operable to move within the slot; an actuator located at least partially within the slot, the actuator operable to translate by movement of the cam between an extended position and a retracted position; and an insert located within the channel of the base, the insert secured relative to the base by the actuator when the actuator is in the extended position, and the base translatable relative to the insert when the actuator is in the retracted position, characterised in that the insert includes a first intramedullary bore located near an anterior portion of the insert and a second intramedullary bore located near a posterior portion of the insert. a base defining: a channel extending between a first end of the base and a second end of the base; and a slot intersecting the channel; a channel extending between a first end of the base and a second end of the base; and a slot intersecting the channel; a cam connected to the base and operable to move within the slot; an actuator located at least partially within the slot, the actuator operable to translate by movement of the cam between an extended position and a retracted position; and an insert located within the channel of the base, the insert secured relative to the base by the actuator when the actuator is in the extended position, and the base translatable relative to the insert when the actuator is in the retracted position, characterised in that the insert includes a first intramedullary bore located near an anterior portion of the insert and a second intramedullary bore located near a posterior portion of the insert.
A film for implantation into a surgical site of a subject's body for controlled, sustained release of an active agent, the film comprising: a top layer and a bottom layer, each of the top and bottom layers formed of a biodegradable polymer and a releasing agent, wherein the releasing agent comprises one or more biocompatible hydrophilic small molecules configured to dissolve or dislodge from the surrounding polymer when the film is in contact with water or in physiological conditions at the surgical site; and a middle layer between the top and bottom layers, the middle layer comprising the biodegradable polymer, the releasing agent, and an active agent, wherein the active agent comprises between 40 to 80 percent by weight of the middle layer, wherein the top and bottom layers do not include an active agent, and wherein the film is configured to release the active agent at the surgical site over a period of 3 to 14 days following implantation at the surgical site. a top layer and a bottom layer, each of the top and bottom layers formed of a biodegradable polymer and a releasing agent, wherein the releasing agent comprises one or more biocompatible hydrophilic small molecules configured to dissolve or dislodge from the surrounding polymer when the film is in contact with water or in physiological conditions at the surgical site; and a middle layer between the top and bottom layers, the middle layer comprising the biodegradable polymer, the releasing agent, and an active agent, wherein the active agent comprises between 40 to 80 percent by weight of the middle layer, wherein the top and bottom layers do not include an active agent, and wherein the film is configured to release the active agent at the surgical site over a period of 3 to 14 days following implantation at the surgical site.
A press cover anti-pinch device, comprising: a connector arranged at a lower side of a cover body of a press cover and fixed to the press cover; and a support hinged to the connector and rotatably arranged in a supporting position or in a collapsed position, wherein when the support is arranged in the supporting position, the support swings down and supports the press cover on a supporting surface, and when the support is arranged in the collapsed position, the support is collapsed and the press cover is lowered; characterized in that the press cover anti-pinch device further comprises: a locking mechanism arrangeable in a locking position or in an unlocking position, wherein when the locking mechanism is arranged in the locking position, the support is locked in the supporting position and/or the collapsed position, and when the locking mechanism is arranged in the unlocking position, the support is rotatable to another position other than the locking position. a connector arranged at a lower side of a cover body of a press cover and fixed to the press cover; and a support hinged to the connector and rotatably arranged in a supporting position or in a collapsed position, wherein when the support is arranged in the supporting position, the support swings down and supports the press cover on a supporting surface, and when the support is arranged in the collapsed position, the support is collapsed and the press cover is lowered; characterized in that the press cover anti-pinch device further comprises: a locking mechanism arrangeable in a locking position or in an unlocking position, wherein when the locking mechanism is arranged in the locking position, the support is locked in the supporting position and/or the collapsed position, and when the locking mechanism is arranged in the unlocking position, the support is rotatable to another position other than the locking position.
A decomposable thin film comprising: a plurality of tetralayer units comprising alternating cationic and anionic layers, wherein: at least a portion of the tetralayers comprise a protein, decomposition of the thin film is characterized by sequential removal of at least a portion of the layers having a first charge and degradation of layers having a second charge and by release of the protein from the corresponding layer, and the decomposable thin film comprises at least one degradable polyelectrolyte layer, wherein the degradable polyelectrolyte is hydrolyzable. a plurality of tetralayer units comprising alternating cationic and anionic layers, wherein: at least a portion of the tetralayers comprise a protein, decomposition of the thin film is characterized by sequential removal of at least a portion of the layers having a first charge and degradation of layers having a second charge and by release of the protein from the corresponding layer, and the decomposable thin film comprises at least one degradable polyelectrolyte layer, wherein the degradable polyelectrolyte is hydrolyzable. at least a portion of the tetralayers comprise a protein, decomposition of the thin film is characterized by sequential removal of at least a portion of the layers having a first charge and degradation of layers having a second charge and by release of the protein from the corresponding layer, and the decomposable thin film comprises at least one degradable polyelectrolyte layer, wherein the degradable polyelectrolyte is hydrolyzable.
System for optimal operation of a machine tool, in particular a sawing machine, comprising a machine tool with a tool for metal cutting, in particular a saw band or saw blade, with a drive unit (9, 13) for driving and/or moving the tool, and with a control unit for the drive unit (9, 13), to control and/or regulate the drive unit (9, 13) with a process data set, further comprising at least one external computer and/or at least one external data storage device as well as a communication device for data exchange between the control unit of the machine tool and the external data storage device and/or the external computer, wherein the control unit comprises recognition means for identifying the tool, wherein the control unit contains a matching unit for downloading tool-specific process data set specifications for the tool stored in the data storage device and/or computer and/or to match the current process data set with tool-specific process data set specifications for the tool stored in the data storage device and/or computer, characterised in that the control unit and/or the data storage device and/or the external computer contains machine-specific correction values for at least individual tool-specific process data set specifications, to adapt the tool-specific process data set specifications to the machine tool, and the control unit of the machine tool contains an algorithm, which determines, and outputs by means of the matching unit to the external data storage device and/or the external computer, machine-specific and/or material-specific correction values for the tool-specific process data set specifications from process parameters, which are determined with sensors (19, 20) and/or from feedback of the drive unit (9, 13) during operation of the machine tool, to modify the tool-specific process data set specifications in a machine-specific manner.
Method for matching characteristic points over at least a first and a second image (I1, I2) of an environmental region of a motor vehicle, wherein the images (11, 12) are provided by means of a camera of the motor vehicle, and to each image (I1, I2), the following steps are performed by means of an electronic image processing device: - providing a multiscale representation of the image (I1, I2) with at least two scale levels, - to each scale level, providing a feature image by extracting characteristic points from the image (I1, I2) in the respective scale level, - to each characteristic point, finding a dominant scale level for the point, and - to each characteristic point, generating respective descriptive data of the point based on an image region around the point in the dominant scale level, wherein the characteristic points of the first image are each matched to a characteristic point of the second image based on the respective descriptive data, characterized in that without rotation adaptation of the descriptive data, the descriptive data is generated based on the multiscale representation while the generation of the descriptive data based on the respective image region includes that the image region is subjected to convolution by means of a predetermined convolution matrix and herein at least one gradient matrix is provided as the result of the convolution, wherein the descriptive data is generated based on the at least one gradient matrix and the image region is divided in a plurality of partial regions and to each partial region at least one gradient matrix is respectively provided by convolution of the respective partial region in at least one direction, wherein the descriptive data is generated depending on the gradient matrices of all of the partial regions wherein the matching of the characteristic points of the first image to the characteristic points of the second image includes that the characteristic points of the first and the second image (I1, I2) are divided in a first group of dark points on a bright background and a second group of bright points on a dark background, wherein the points of the first image are compared to the points of the second image with respect to the respective descriptive data exclusively within the same group. - providing a multiscale representation of the image (I1, I2) with at least two scale levels, - to each scale level, providing a feature image by extracting characteristic points from the image (I1, I2) in the respective scale level, - to each characteristic point, finding a dominant scale level for the point, and - to each characteristic point, generating respective descriptive data of the point based on an image region around the point in the dominant scale level,
A medicament for use in a method for treating and/or preventing a cancer, comprising an antibody having immunological reactivity with a CAPRIN-1 protein which has the amino acid sequence of any one of the even-numbered sequences SEQ ID NOs: 2 to 30, and one or two or more types of antitumor agent, wherein the antibody and the antitumor agent or antitumor agents are combined together or separately, and wherein the antibody binds specifically to the extracellular region of a CAPRIN-1 protein existing on the surface of a cancer cell and has cellular cytotoxic activity.
Apparatus comprising a first device for mechanically stimulating one of a left foot and a right foot of a patient, wherein the first device comprises mechanical stimulators consisting of only a first mechanical stimulator arranged to operate, during use, on the tip of the big toe, and a second mechanical stimulator arranged to operate, during use, on an area localized beneath the sole of the foot and substantially corresponding to the lower big toe metatarsal joint, wherein each of said stimulators comprises an electric motor associated to a linear actuator said linear actuator having a rounded tip contact member for contact with the foot intended to exert a pressure directly onto the tip of the big toe or the metatarsal joint, respectively; said apparatus further comprising a control system suitable to actuate said mechanical stimulators according to a treatment program comprising at least one mechanical stimulation intensity, a predetermined sequence for stimulating said parts of the foot, a predetermined duration of each mechanical stimulation step, and optionally a repetition of said sequence.
A sample analysis device for analyzing one or more samples, comprising a receptacle support configured to support a microplate comprising a microplate well configured to hold a sample; an incubation chamber that is within a housing and configured to incubate the sample; an imaging subsystem configured to image the sample on a cellular level, the imaging subsystem comprising an objective that is movably supported to be inserted into and removed from the incubation chamber; a non-imaging based analyzing subsystem that analyzes the sample on a well level, the analyzing subsystem configured to provide a first measurement modality to measure an absorbance of the sample, a second measurement modality to measure fluorescence of the sample, and a third measurement modality to measure chemiluminescence of the sample; and a positioning subsystem configured to position the receptacle support in one or more positions within the housing for the non-imaging based analyzing subsystem to analyze the sample and the imaging subsystem to image the sample; wherein the housing forms an exterior of the device and encloses the receptacle support, the non-imaging based analyzing subsystem, the positioning subsystem, the incubation chamber, and the imaging subsystem, and wherein the receptacle support, the non-imaging based analyzing subsystem, the positioning subsystem, the incubation chamber, and the imaging subsystem are integrated within the housing. a receptacle support configured to support a microplate comprising a microplate well configured to hold a sample; an incubation chamber that is within a housing and configured to incubate the sample; an imaging subsystem configured to image the sample on a cellular level, the imaging subsystem comprising an objective that is movably supported to be inserted into and removed from the incubation chamber; a non-imaging based analyzing subsystem that analyzes the sample on a well level, the analyzing subsystem configured to provide a first measurement modality to measure an absorbance of the sample, a second measurement modality to measure fluorescence of the sample, and a third measurement modality to measure chemiluminescence of the sample; and a positioning subsystem configured to position the receptacle support in one or more positions within the housing for the non-imaging based analyzing subsystem to analyze the sample and the imaging subsystem to image the sample; wherein the housing forms an exterior of the device and encloses the receptacle support, the non-imaging based analyzing subsystem, the positioning subsystem, the incubation chamber, and the imaging subsystem, and wherein the receptacle support, the non-imaging based analyzing subsystem, the positioning subsystem, the incubation chamber, and the imaging subsystem are integrated within the housing.
A decoder (500; 600) for providing a decoded representation (512, 514; 630b) of an audio signal on the basis of an encoded audio stream (510; 610) representing spectral components of frequency bands of the audio signal and a multi-band noise intensity value, the decoder comprising: a noise filler (520; 770) configured to introduce noise into spectral components of a plurality of frequency bands, to which separate frequency band gain information, namely scale factors, is associated, on the basis of a common multi-band noise intensity value, and wherein starting from a noise filling start line every spectral line quantized to zero is replaced with a replacement value, which is an indicated noise value, a magnitude of which is determined by the multi-band noise intensity value, with a random sign, to perform a noise filling in a quantized domain; wherein the decoder is configured to scale a replacement value with a scale factor transmitted for an actual scale factor band, to perform an individual scaling of noise introduced into different frequency bands on the basis of the frequency band gain information. a noise filler (520; 770) configured to introduce noise into spectral components of a plurality of frequency bands, to which separate frequency band gain information, namely scale factors, is associated, on the basis of a common multi-band noise intensity value, and wherein starting from a noise filling start line every spectral line quantized to zero is replaced with a replacement value, which is an indicated noise value, a magnitude of which is determined by the multi-band noise intensity value, with a random sign, to perform a noise filling in a quantized domain; wherein the decoder is configured to scale a replacement value with a scale factor transmitted for an actual scale factor band, to perform an individual scaling of noise introduced into different frequency bands on the basis of the frequency band gain information.
A method of cufflessly and non-invasively measuring wrist blood pressure in association with a communication device, the method comprising: (a) detecting an electrocardiogram an infrared signal providing at least one of a position and depth information of an artery in a wrist region of a user, and pulse wave signals from the wrist region of a user using an ECG sensor, at least one infrared sensor, and at least one pressure sensor, respectively; (b) calculating a non-distorted artery pressure value from a signal processed pulse wave signal using an R-peak timing of the ECG signal and the artery position and depth information from the infrared sensor signal, for generating a compensated pulse wave signal; (c) detecting feature points from the ECG and the compensated pulse wave signals; (d) extracting variables for calculating a highest blood pressure and a lowest blood pressure by applying the feature points; and (e) calculating the highest blood pressure and the lowest blood pressure of the user by deducing a scatter diagram using the extracted variables. (a) detecting an electrocardiogram an infrared signal providing at least one of a position and depth information of an artery in a wrist region of a user, and pulse wave signals from the wrist region of a user using an ECG sensor, at least one infrared sensor, and at least one pressure sensor, respectively; (b) calculating a non-distorted artery pressure value from a signal processed pulse wave signal using an R-peak timing of the ECG signal and the artery position and depth information from the infrared sensor signal, for generating a compensated pulse wave signal; (c) detecting feature points from the ECG and the compensated pulse wave signals; (d) extracting variables for calculating a highest blood pressure and a lowest blood pressure by applying the feature points; and (e) calculating the highest blood pressure and the lowest blood pressure of the user by deducing a scatter diagram using the extracted variables.